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          <value tag="uXtt" expression="root.mod1.uXTIMETIME" description="Gradient of u, second time derivative, X component"/>
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        <expressions key="uYtt">
          <value tag="uYtt" expression="root.mod1.uYTIMETIME" description="Gradient of u, second time derivative, Y component"/>
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          <value tag="vXt" expression="root.mod1.vXTIME" description="Gradient of v, first time derivative, X component"/>
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        <expressions key="vYt">
          <value tag="vYt" expression="root.mod1.vYTIME" description="Gradient of v, first time derivative, Y component"/>
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        <expressions key="vXtt">
          <value tag="vXtt" expression="root.mod1.vXTIMETIME" description="Gradient of v, second time derivative, X component"/>
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        <expressions key="vYtt">
          <value tag="vYtt" expression="root.mod1.vYTIMETIME" description="Gradient of v, second time derivative, Y component"/>
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        <expressions key="ut">
          <value tag="ut" expression="root.mod1.uTIME" description="Structural velocity field, X component"/>
        </expressions>
        <expressions key="vt">
          <value tag="vt" expression="root.mod1.vTIME" description="Structural velocity field, Y component"/>
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        <expressions key="utt">
          <value tag="utt" expression="root.mod1.uTIMETIME" description="Acceleration field, X component"/>
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        <expressions key="vtt">
          <value tag="vtt" expression="root.mod1.vTIMETIME" description="Acceleration field, Y component"/>
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          <value tag="muLame" expression="0.5*root.mod1.solid.E/(1+root.mod1.solid.nu)" description="Lamé constant μ"/>
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        <expressions key="cs">
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        </expressions>
        <expressions key="Eequ">
          <value tag="Eequ" expression="root.mod1.solid.E" description="Equivalent Young's modulus"/>
        </expressions>
        <expressions key="D11">
          <value tag="D11" expression="root.mod1.solid.E*(1+root.mod1.solid.nu/(1-2*root.mod1.solid.nu))/(1+root.mod1.solid.nu)" description="Elasticity matrix, 11 component"/>
        </expressions>
        <expressions key="D21">
          <value tag="D21" expression="root.mod1.solid.E*root.mod1.solid.nu/((1+root.mod1.solid.nu)*(1-2*root.mod1.solid.nu))" description="Elasticity matrix, 21 component"/>
        </expressions>
        <expressions key="D31">
          <value tag="D31" expression="root.mod1.solid.E*root.mod1.solid.nu/((1+root.mod1.solid.nu)*(1-2*root.mod1.solid.nu))" description="Elasticity matrix, 31 component"/>
        </expressions>
        <expressions key="D41">
          <value tag="D41" description="Elasticity matrix, 41 component"/>
        </expressions>
        <expressions key="D51">
          <value tag="D51" description="Elasticity matrix, 51 component"/>
        </expressions>
        <expressions key="D61">
          <value tag="D61" description="Elasticity matrix, 61 component"/>
        </expressions>
        <expressions key="D12">
          <value tag="D12" expression="root.mod1.solid.E*root.mod1.solid.nu/((1+root.mod1.solid.nu)*(1-2*root.mod1.solid.nu))" description="Elasticity matrix, 12 component"/>
        </expressions>
        <expressions key="D22">
          <value tag="D22" expression="root.mod1.solid.E*(1+root.mod1.solid.nu/(1-2*root.mod1.solid.nu))/(1+root.mod1.solid.nu)" description="Elasticity matrix, 22 component"/>
        </expressions>
        <expressions key="D32">
          <value tag="D32" expression="root.mod1.solid.E*root.mod1.solid.nu/((1+root.mod1.solid.nu)*(1-2*root.mod1.solid.nu))" description="Elasticity matrix, 32 component"/>
        </expressions>
        <expressions key="D42">
          <value tag="D42" description="Elasticity matrix, 42 component"/>
        </expressions>
        <expressions key="D52">
          <value tag="D52" description="Elasticity matrix, 52 component"/>
        </expressions>
        <expressions key="D62">
          <value tag="D62" description="Elasticity matrix, 62 component"/>
        </expressions>
        <expressions key="D13">
          <value tag="D13" expression="root.mod1.solid.E*root.mod1.solid.nu/((1+root.mod1.solid.nu)*(1-2*root.mod1.solid.nu))" description="Elasticity matrix, 13 component"/>
        </expressions>
        <expressions key="D23">
          <value tag="D23" expression="root.mod1.solid.E*root.mod1.solid.nu/((1+root.mod1.solid.nu)*(1-2*root.mod1.solid.nu))" description="Elasticity matrix, 23 component"/>
        </expressions>
        <expressions key="D33">
          <value tag="D33" expression="root.mod1.solid.E*(1+root.mod1.solid.nu/(1-2*root.mod1.solid.nu))/(1+root.mod1.solid.nu)" description="Elasticity matrix, 33 component"/>
        </expressions>
        <expressions key="D43">
          <value tag="D43" description="Elasticity matrix, 43 component"/>
        </expressions>
        <expressions key="D53">
          <value tag="D53" description="Elasticity matrix, 53 component"/>
        </expressions>
        <expressions key="D63">
          <value tag="D63" description="Elasticity matrix, 63 component"/>
        </expressions>
        <expressions key="D14">
          <value tag="D14" description="Elasticity matrix, 14 component"/>
        </expressions>
        <expressions key="D24">
          <value tag="D24" description="Elasticity matrix, 24 component"/>
        </expressions>
        <expressions key="D34">
          <value tag="D34" description="Elasticity matrix, 34 component"/>
        </expressions>
        <expressions key="D44">
          <value tag="D44" expression="0.5*root.mod1.solid.E/(1+root.mod1.solid.nu)" description="Elasticity matrix, 44 component"/>
        </expressions>
        <expressions key="D54">
          <value tag="D54" description="Elasticity matrix, 54 component"/>
        </expressions>
        <expressions key="D64">
          <value tag="D64" description="Elasticity matrix, 64 component"/>
        </expressions>
        <expressions key="D15">
          <value tag="D15" description="Elasticity matrix, 15 component"/>
        </expressions>
        <expressions key="D25">
          <value tag="D25" description="Elasticity matrix, 25 component"/>
        </expressions>
        <expressions key="D35">
          <value tag="D35" description="Elasticity matrix, 35 component"/>
        </expressions>
        <expressions key="D45">
          <value tag="D45" description="Elasticity matrix, 45 component"/>
        </expressions>
        <expressions key="D55">
          <value tag="D55" expression="0.5*root.mod1.solid.E/(1+root.mod1.solid.nu)" description="Elasticity matrix, 55 component"/>
        </expressions>
        <expressions key="D65">
          <value tag="D65" description="Elasticity matrix, 65 component"/>
        </expressions>
        <expressions key="D16">
          <value tag="D16" description="Elasticity matrix, 16 component"/>
        </expressions>
        <expressions key="D26">
          <value tag="D26" description="Elasticity matrix, 26 component"/>
        </expressions>
        <expressions key="D36">
          <value tag="D36" description="Elasticity matrix, 36 component"/>
        </expressions>
        <expressions key="D46">
          <value tag="D46" description="Elasticity matrix, 46 component"/>
        </expressions>
        <expressions key="D56">
          <value tag="D56" description="Elasticity matrix, 56 component"/>
        </expressions>
        <expressions key="D66">
          <value tag="D66" expression="0.5*root.mod1.solid.E/(1+root.mod1.solid.nu)" description="Elasticity matrix, 66 component"/>
        </expressions>
        <expressions key="lemm1.minput_temperature">
          <value tag="lemm1.minput_temperature" expression="293.15[K]" description="Temperature"/>
        </expressions>
        <expressions key="FdxX">
          <value tag="FdxX" expression="1+root.mod1.uX" description="Deformation gradient, xX component"/>
        </expressions>
        <expressions key="FdyX">
          <value tag="FdyX" expression="root.mod1.vX" description="Deformation gradient, yX component"/>
        </expressions>
        <expressions key="FdzX">
          <value tag="FdzX" description="Deformation gradient, zX component"/>
        </expressions>
        <expressions key="FdxY">
          <value tag="FdxY" expression="root.mod1.uY" description="Deformation gradient, xY component"/>
        </expressions>
        <expressions key="FdyY">
          <value tag="FdyY" expression="1+root.mod1.vY" description="Deformation gradient, yY component"/>
        </expressions>
        <expressions key="FdzY">
          <value tag="FdzY" description="Deformation gradient, zY component"/>
        </expressions>
        <expressions key="FdxZ">
          <value tag="FdxZ" description="Deformation gradient, xZ component"/>
        </expressions>
        <expressions key="FdyZ">
          <value tag="FdyZ" description="Deformation gradient, yZ component"/>
        </expressions>
        <expressions key="FdzZ">
          <value tag="FdzZ" expression="1" description="Deformation gradient, zZ component"/>
        </expressions>
        <expressions key="eX">
          <value tag="eX" expression="root.mod1.uX" description="Strain tensor, X component"/>
        </expressions>
        <expressions key="eXY">
          <value tag="eXY" expression="0.5*(root.mod1.uY+root.mod1.vX)" description="Strain tensor, XY component"/>
        </expressions>
        <expressions key="eXZ">
          <value tag="eXZ" description="Strain tensor, XZ component"/>
        </expressions>
        <expressions key="eY">
          <value tag="eY" expression="root.mod1.vY" description="Strain tensor, Y component"/>
        </expressions>
        <expressions key="eYZ">
          <value tag="eYZ" description="Strain tensor, YZ component"/>
        </expressions>
        <expressions key="eZ">
          <value tag="eZ" description="Strain tensor, Z component"/>
        </expressions>
        <expressions key="Ldx">
          <value tag="Ldx" expression="root.mod1.uXTIME" description="Rate of strain tensor, x component"/>
        </expressions>
        <expressions key="Ldxy">
          <value tag="Ldxy" expression="0.5*(root.mod1.uYTIME+root.mod1.vXTIME)" description="Rate of strain tensor, xy component"/>
        </expressions>
        <expressions key="Ldxz">
          <value tag="Ldxz" description="Rate of strain tensor, xz component"/>
        </expressions>
        <expressions key="Ldy">
          <value tag="Ldy" expression="root.mod1.vYTIME" description="Rate of strain tensor, y component"/>
        </expressions>
        <expressions key="Ldyz">
          <value tag="Ldyz" description="Rate of strain tensor, yz component"/>
        </expressions>
        <expressions key="Ldz">
          <value tag="Ldz" description="Rate of strain tensor, z component"/>
        </expressions>
        <expressions key="Lwx">
          <value tag="Lwx" description="Spin tensor, x component"/>
        </expressions>
        <expressions key="Lwxy">
          <value tag="Lwxy" expression="0.5*(root.mod1.uYTIME-root.mod1.vXTIME)" description="Spin tensor, xy component"/>
        </expressions>
        <expressions key="Lwxz">
          <value tag="Lwxz" description="Spin tensor, xz component"/>
        </expressions>
        <expressions key="Lwy">
          <value tag="Lwy" description="Spin tensor, y component"/>
        </expressions>
        <expressions key="Lwyz">
          <value tag="Lwyz" description="Spin tensor, yz component"/>
        </expressions>
        <expressions key="Lwz">
          <value tag="Lwz" description="Spin tensor, z component"/>
        </expressions>
        <expressions key="el11">
          <value tag="el11" expression="root.mod1.uX" description="Strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="el12">
          <value tag="el12" expression="0.5*(root.mod1.uY+root.mod1.vX)" description="Strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="el13">
          <value tag="el13" description="Strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="el22">
          <value tag="el22" expression="root.mod1.vY" description="Strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="el23">
          <value tag="el23" description="Strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="el33">
          <value tag="el33" description="Strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="eel11">
          <value tag="eel11" expression="root.mod1.uX" description="Elastic strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eel12">
          <value tag="eel12" expression="0.5*(root.mod1.uY+root.mod1.vX)" description="Elastic strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eel13">
          <value tag="eel13" description="Elastic strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eel22">
          <value tag="eel22" expression="root.mod1.vY" description="Elastic strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eel23">
          <value tag="eel23" description="Elastic strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="eel33">
          <value tag="eel33" description="Elastic strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="eiel11">
          <value tag="eiel11" description="Inelastic strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eiel12">
          <value tag="eiel12" description="Inelastic strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eiel13">
          <value tag="eiel13" description="Inelastic strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eiel22">
          <value tag="eiel22" description="Inelastic strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eiel23">
          <value tag="eiel23" description="Inelastic strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="eiel33">
          <value tag="eiel33" description="Inelastic strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="evol">
          <value tag="evol" expression="root.mod1.uX+root.mod1.vY" description="Volumetric strain"/>
        </expressions>
        <expressions key="J">
          <value tag="J" expression="root.mod1.solid.FdzZ*(root.mod1.solid.FdxX*root.mod1.solid.FdyY-root.mod1.solid.FdxY*root.mod1.solid.FdyX)" description="Volume ratio"/>
        </expressions>
        <expressions key="Sl12">
          <value tag="Sl12" expression="2*root.mod1.solid.D44*root.mod1.solid.eel12" description="Second Piola-Kirchhoff stress, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="Sl13">
          <value tag="Sl13" description="Second Piola-Kirchhoff stress, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="Sl22">
          <value tag="Sl22" expression="root.mod1.solid.D12*root.mod1.solid.eel11+root.mod1.solid.D22*root.mod1.solid.eel22" description="Second Piola-Kirchhoff stress, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="Sl23">
          <value tag="Sl23" description="Second Piola-Kirchhoff stress, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Sl33">
          <value tag="Sl33" expression="root.mod1.solid.D13*root.mod1.solid.eel11+root.mod1.solid.D23*root.mod1.solid.eel22" description="Second Piola-Kirchhoff stress, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="SlGp11">
          <value tag="SlGp11" expression="root.mod1.solid.solidGpEval(root.mod1.solid.Sl11)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 11 component"/>
        </expressions>
        <expressions key="SlGp12">
          <value tag="SlGp12" expression="root.mod1.solid.solidGpEval(root.mod1.solid.Sl12)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 12 component"/>
        </expressions>
        <expressions key="SlGp13">
          <value tag="SlGp13" expression="root.mod1.solid.solidGpEval(0)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 13 component"/>
        </expressions>
        <expressions key="SlGp22">
          <value tag="SlGp22" expression="root.mod1.solid.solidGpEval(root.mod1.solid.Sl22)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 22 component"/>
        </expressions>
        <expressions key="SlGp23">
          <value tag="SlGp23" expression="root.mod1.solid.solidGpEval(0)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 23 component"/>
        </expressions>
        <expressions key="SlGp33">
          <value tag="SlGp33" expression="root.mod1.solid.solidGpEval(root.mod1.solid.Sl33)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 33 component"/>
        </expressions>
        <expressions key="Ws">
          <value tag="Ws" expression="0.5*(root.mod1.solid.Sl11*root.mod1.solid.eel11+2*root.mod1.solid.Sl12*root.mod1.solid.eel12+root.mod1.solid.Sl22*root.mod1.solid.eel22)" description="Strain energy density"/>
        </expressions>
        <expressions key="disp">
          <value tag="disp" expression="sqrt(real(root.mod1.u)^2+real(root.mod1.v)^2)" description="Total displacement"/>
        </expressions>
        <expressions key="u_ttX">
          <value tag="u_ttX" expression="d(root.mod1.uTIME,TIME)" description="Acceleration, X component"/>
        </expressions>
        <expressions key="u_ttY">
          <value tag="u_ttY" expression="d(root.mod1.vTIME,TIME)" description="Acceleration, Y component"/>
        </expressions>
        <expressions key="u_ttZ">
          <value tag="u_ttZ" description="Acceleration, Z component"/>
        </expressions>
        <expressions key="u_tX">
          <value tag="u_tX" expression="root.mod1.uTIME" description="Velocity, X component"/>
        </expressions>
        <expressions key="u_tY">
          <value tag="u_tY" expression="root.mod1.vTIME" description="Velocity, Y component"/>
        </expressions>
        <expressions key="u_tZ">
          <value tag="u_tZ" description="Velocity, Z component"/>
        </expressions>
        <expressions key="SX">
          <value tag="SX" expression="root.mod1.solid.Sl11" description="Second Piola-Kirchhoff stress, X component"/>
        </expressions>
        <expressions key="SXY">
          <value tag="SXY" expression="root.mod1.solid.Sl12" description="Second Piola-Kirchhoff stress, XY component"/>
        </expressions>
        <expressions key="SXZ">
          <value tag="SXZ" description="Second Piola-Kirchhoff stress, XZ component"/>
        </expressions>
        <expressions key="SY">
          <value tag="SY" expression="root.mod1.solid.Sl22" description="Second Piola-Kirchhoff stress, Y component"/>
        </expressions>
        <expressions key="SYZ">
          <value tag="SYZ" description="Second Piola-Kirchhoff stress, YZ component"/>
        </expressions>
        <expressions key="SZ">
          <value tag="SZ" expression="root.mod1.solid.Sl33" description="Second Piola-Kirchhoff stress, Z component"/>
        </expressions>
        <expressions key="SGpX">
          <value tag="SGpX" expression="root.mod1.solid.solidGpEval(root.mod1.solid.SX)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="SGpXY">
          <value tag="SGpXY" expression="root.mod1.solid.solidGpEval(root.mod1.solid.SXY)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, XY component"/>
        </expressions>
        <expressions key="SGpXZ">
          <value tag="SGpXZ" expression="root.mod1.solid.solidGpEval(0)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, XZ component"/>
        </expressions>
        <expressions key="SGpY">
          <value tag="SGpY" expression="root.mod1.solid.solidGpEval(root.mod1.solid.SY)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="SGpYZ">
          <value tag="SGpYZ" expression="root.mod1.solid.solidGpEval(0)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, YZ component"/>
        </expressions>
        <expressions key="SGpZ">
          <value tag="SGpZ" expression="root.mod1.solid.solidGpEval(root.mod1.solid.SZ)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="PxX">
          <value tag="PxX" expression="root.mod1.solid.FdxX*root.mod1.solid.SX+root.mod1.solid.FdxY*root.mod1.solid.SXY" description="First Piola-Kirchhoff stress, xX component"/>
        </expressions>
        <expressions key="PyX">
          <value tag="PyX" expression="root.mod1.solid.FdyX*root.mod1.solid.SX+root.mod1.solid.FdyY*root.mod1.solid.SXY" description="First Piola-Kirchhoff stress, yX component"/>
        </expressions>
        <expressions key="PzX">
          <value tag="PzX" description="First Piola-Kirchhoff stress, zX component"/>
        </expressions>
        <expressions key="PxY">
          <value tag="PxY" expression="root.mod1.solid.FdxX*root.mod1.solid.SXY+root.mod1.solid.FdxY*root.mod1.solid.SY" description="First Piola-Kirchhoff stress, xY component"/>
        </expressions>
        <expressions key="PyY">
          <value tag="PyY" expression="root.mod1.solid.FdyX*root.mod1.solid.SXY+root.mod1.solid.FdyY*root.mod1.solid.SY" description="First Piola-Kirchhoff stress, yY component"/>
        </expressions>
        <expressions key="PzY">
          <value tag="PzY" description="First Piola-Kirchhoff stress, zY component"/>
        </expressions>
        <expressions key="PxZ">
          <value tag="PxZ" description="First Piola-Kirchhoff stress, xZ component"/>
        </expressions>
        <expressions key="PyZ">
          <value tag="PyZ" description="First Piola-Kirchhoff stress, yZ component"/>
        </expressions>
        <expressions key="PzZ">
          <value tag="PzZ" expression="root.mod1.solid.FdzZ*root.mod1.solid.SZ" description="First Piola-Kirchhoff stress, zZ component"/>
        </expressions>
        <expressions key="PGpxX">
          <value tag="PGpxX" expression="root.mod1.solid.solidGpEval(root.mod1.solid.FdxX*root.mod1.solid.SX+root.mod1.solid.FdxY*root.mod1.solid.SXY)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, xX component"/>
        </expressions>
        <expressions key="PGpyX">
          <value tag="PGpyX" expression="root.mod1.solid.solidGpEval(root.mod1.solid.FdyX*root.mod1.solid.SX+root.mod1.solid.FdyY*root.mod1.solid.SXY)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, yX component"/>
        </expressions>
        <expressions key="PGpzX">
          <value tag="PGpzX" expression="root.mod1.solid.solidGpEval(0)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zX component"/>
        </expressions>
        <expressions key="PGpxY">
          <value tag="PGpxY" expression="root.mod1.solid.solidGpEval(root.mod1.solid.FdxX*root.mod1.solid.SXY+root.mod1.solid.FdxY*root.mod1.solid.SY)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, xY component"/>
        </expressions>
        <expressions key="PGpyY">
          <value tag="PGpyY" expression="root.mod1.solid.solidGpEval(root.mod1.solid.FdyX*root.mod1.solid.SXY+root.mod1.solid.FdyY*root.mod1.solid.SY)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, yY component"/>
        </expressions>
        <expressions key="PGpzY">
          <value tag="PGpzY" expression="root.mod1.solid.solidGpEval(0)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zY component"/>
        </expressions>
        <expressions key="PGpxZ">
          <value tag="PGpxZ" expression="root.mod1.solid.solidGpEval(0)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, xZ component"/>
        </expressions>
        <expressions key="PGpyZ">
          <value tag="PGpyZ" expression="root.mod1.solid.solidGpEval(0)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, yZ component"/>
        </expressions>
        <expressions key="PGpzZ">
          <value tag="PGpzZ" expression="root.mod1.solid.solidGpEval(root.mod1.solid.FdzZ*root.mod1.solid.SZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zZ component"/>
        </expressions>
        <expressions key="sx">
          <value tag="sx" expression="root.mod1.solid.SX" description="Stress tensor, x component"/>
        </expressions>
        <expressions key="sxy">
          <value tag="sxy" expression="root.mod1.solid.SXY" description="Stress tensor, xy component"/>
        </expressions>
        <expressions key="sxz">
          <value tag="sxz" description="Stress tensor, xz component"/>
        </expressions>
        <expressions key="sy">
          <value tag="sy" expression="root.mod1.solid.SY" description="Stress tensor, y component"/>
        </expressions>
        <expressions key="syz">
          <value tag="syz" description="Stress tensor, yz component"/>
        </expressions>
        <expressions key="sz">
          <value tag="sz" expression="root.mod1.solid.SZ" description="Stress tensor, z component"/>
        </expressions>
        <expressions key="sGpx">
          <value tag="sGpx" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sx)" description="Stress tensor, Gauss-point evaluation, x component"/>
        </expressions>
        <expressions key="sGpxy">
          <value tag="sGpxy" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sxy)" description="Stress tensor, Gauss-point evaluation, xy component"/>
        </expressions>
        <expressions key="sGpxz">
          <value tag="sGpxz" expression="root.mod1.solid.solidGpEval(0)" description="Stress tensor, Gauss-point evaluation, xz component"/>
        </expressions>
        <expressions key="sGpy">
          <value tag="sGpy" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sy)" description="Stress tensor, Gauss-point evaluation, y component"/>
        </expressions>
        <expressions key="sGpyz">
          <value tag="sGpyz" expression="root.mod1.solid.solidGpEval(0)" description="Stress tensor, Gauss-point evaluation, yz component"/>
        </expressions>
        <expressions key="sGpz">
          <value tag="sGpz" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sz)" description="Stress tensor, Gauss-point evaluation, z component"/>
        </expressions>
        <expressions key="sl11">
          <value tag="sl11" expression="root.mod1.solid.sx" description="Stress tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="sl12">
          <value tag="sl12" expression="root.mod1.solid.sxy" description="Stress tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="sl13">
          <value tag="sl13" description="Stress tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="sl22">
          <value tag="sl22" expression="root.mod1.solid.sy" description="Stress tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="sl23">
          <value tag="sl23" description="Stress tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="sl33">
          <value tag="sl33" expression="root.mod1.solid.sz" description="Stress tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="slGp11">
          <value tag="slGp11" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sx)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 11 component"/>
        </expressions>
        <expressions key="slGp12">
          <value tag="slGp12" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sxy)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 12 component"/>
        </expressions>
        <expressions key="slGp13">
          <value tag="slGp13" expression="root.mod1.solid.solidGpEval(0)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 13 component"/>
        </expressions>
        <expressions key="slGp22">
          <value tag="slGp22" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sy)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 22 component"/>
        </expressions>
        <expressions key="slGp23">
          <value tag="slGp23" expression="root.mod1.solid.solidGpEval(0)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 23 component"/>
        </expressions>
        <expressions key="slGp33">
          <value tag="slGp33" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sz)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 33 component"/>
        </expressions>
        <expressions key="sdevx">
          <value tag="sdevx" expression="root.mod1.solid.sx-(root.mod1.solid.sx+root.mod1.solid.sy+root.mod1.solid.sz)/3" description="Deviatoric stress tensor, x component"/>
        </expressions>
        <expressions key="sdevxy">
          <value tag="sdevxy" expression="root.mod1.solid.sxy" description="Deviatoric stress tensor, xy component"/>
        </expressions>
        <expressions key="sdevxz">
          <value tag="sdevxz" description="Deviatoric stress tensor, xz component"/>
        </expressions>
        <expressions key="sdevy">
          <value tag="sdevy" expression="root.mod1.solid.sy-(root.mod1.solid.sx+root.mod1.solid.sy+root.mod1.solid.sz)/3" description="Deviatoric stress tensor, y component"/>
        </expressions>
        <expressions key="sdevyz">
          <value tag="sdevyz" description="Deviatoric stress tensor, yz component"/>
        </expressions>
        <expressions key="sdevz">
          <value tag="sdevz" expression="root.mod1.solid.sz-(root.mod1.solid.sx+root.mod1.solid.sy+root.mod1.solid.sz)/3" description="Deviatoric stress tensor, z component"/>
        </expressions>
        <expressions key="sdevGpx">
          <value tag="sdevGpx" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sdevx)" description="Deviatoric stress tensor, Gauss-point evaluation, x component"/>
        </expressions>
        <expressions key="sdevGpxy">
          <value tag="sdevGpxy" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sdevxy)" description="Deviatoric stress tensor, Gauss-point evaluation, xy component"/>
        </expressions>
        <expressions key="sdevGpxz">
          <value tag="sdevGpxz" expression="root.mod1.solid.solidGpEval(0)" description="Deviatoric stress tensor, Gauss-point evaluation, xz component"/>
        </expressions>
        <expressions key="sdevGpy">
          <value tag="sdevGpy" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sdevy)" description="Deviatoric stress tensor, Gauss-point evaluation, y component"/>
        </expressions>
        <expressions key="sdevGpyz">
          <value tag="sdevGpyz" expression="root.mod1.solid.solidGpEval(0)" description="Deviatoric stress tensor, Gauss-point evaluation, yz component"/>
        </expressions>
        <expressions key="sdevGpz">
          <value tag="sdevGpz" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sdevz)" description="Deviatoric stress tensor, Gauss-point evaluation, z component"/>
        </expressions>
        <expressions key="SdevX">
          <value tag="SdevX" expression="root.mod1.solid.SX-(root.mod1.solid.SX+root.mod1.solid.SY+root.mod1.solid.SZ)/3" description="Deviatoric second Piola-Kirchhoff stress, X component"/>
        </expressions>
        <expressions key="SdevXY">
          <value tag="SdevXY" expression="root.mod1.solid.SXY" description="Deviatoric second Piola-Kirchhoff stress, XY component"/>
        </expressions>
        <expressions key="SdevXZ">
          <value tag="SdevXZ" description="Deviatoric second Piola-Kirchhoff stress, XZ component"/>
        </expressions>
        <expressions key="SdevY">
          <value tag="SdevY" expression="root.mod1.solid.SY-(root.mod1.solid.SX+root.mod1.solid.SY+root.mod1.solid.SZ)/3" description="Deviatoric second Piola-Kirchhoff stress, Y component"/>
        </expressions>
        <expressions key="SdevYZ">
          <value tag="SdevYZ" description="Deviatoric second Piola-Kirchhoff stress, YZ component"/>
        </expressions>
        <expressions key="SdevZ">
          <value tag="SdevZ" expression="root.mod1.solid.SZ-(root.mod1.solid.SX+root.mod1.solid.SY+root.mod1.solid.SZ)/3" description="Deviatoric second Piola-Kirchhoff stress, Z component"/>
        </expressions>
        <expressions key="SdevGpX">
          <value tag="SdevGpX" expression="root.mod1.solid.solidGpEval(root.mod1.solid.SdevX)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="SdevGpXY">
          <value tag="SdevGpXY" expression="root.mod1.solid.solidGpEval(root.mod1.solid.SdevXY)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, XY component"/>
        </expressions>
        <expressions key="SdevGpXZ">
          <value tag="SdevGpXZ" expression="root.mod1.solid.solidGpEval(0)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, XZ component"/>
        </expressions>
        <expressions key="SdevGpY">
          <value tag="SdevGpY" expression="root.mod1.solid.solidGpEval(root.mod1.solid.SdevY)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="SdevGpYZ">
          <value tag="SdevGpYZ" expression="root.mod1.solid.solidGpEval(0)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, YZ component"/>
        </expressions>
        <expressions key="SdevGpZ">
          <value tag="SdevGpZ" expression="root.mod1.solid.solidGpEval(root.mod1.solid.SdevZ)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="I1s">
          <value tag="I1s" expression="root.mod1.solid.sx+root.mod1.solid.sy+root.mod1.solid.sz" description="First principal invariant of stress"/>
        </expressions>
        <expressions key="I2s">
          <value tag="I2s" expression="0.5*(root.mod1.solid.I1s^2-root.mod1.solid.sx^2-2*root.mod1.solid.sxy^2-root.mod1.solid.sy^2-root.mod1.solid.sz^2)" description="Second principal invariant of stress"/>
        </expressions>
        <expressions key="I3s">
          <value tag="I3s" expression="root.mod1.solid.sz*(root.mod1.solid.sx*root.mod1.solid.sy-root.mod1.solid.sxy^2)" description="Third principal invariant of stress"/>
        </expressions>
        <expressions key="II2s">
          <value tag="II2s" expression="0.5*(root.mod1.solid.sdevx^2+2*root.mod1.solid.sdevxy^2+root.mod1.solid.sdevy^2+root.mod1.solid.sdevz^2)" description="Second invariant of stress deviator"/>
        </expressions>
        <expressions key="II3s">
          <value tag="II3s" expression="root.mod1.solid.sdevz*(root.mod1.solid.sdevx*root.mod1.solid.sdevy-root.mod1.solid.sdevxy^2)" description="Third invariant of stress deviator"/>
        </expressions>
        <expressions key="thetaL">
          <value tag="thetaL" expression="atan2(sqrt(max(0.14814814814814814*root.mod1.solid.II2s^3-root.mod1.solid.II3s^2,eps)),root.mod1.solid.II3s)/3" description="Lode angle"/>
        </expressions>
        <expressions key="sp1Gp">
          <value tag="sp1Gp" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sp1)" description="First principal stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="sp2Gp">
          <value tag="sp2Gp" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sp2)" description="Second principal stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="sp3Gp">
          <value tag="sp3Gp" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sp3)" description="Third principal stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="sp1GpX">
          <value tag="sp1GpX" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sp1X)" description="Principal stress direction 1, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="sp1GpY">
          <value tag="sp1GpY" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sp1Y)" description="Principal stress direction 1, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="sp1GpZ">
          <value tag="sp1GpZ" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sp1Z)" description="Principal stress direction 1, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="sp2GpX">
          <value tag="sp2GpX" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sp2X)" description="Principal stress direction 2, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="sp2GpY">
          <value tag="sp2GpY" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sp2Y)" description="Principal stress direction 2, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="sp2GpZ">
          <value tag="sp2GpZ" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sp2Z)" description="Principal stress direction 2, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="sp3GpX">
          <value tag="sp3GpX" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sp3X)" description="Principal stress direction 3, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="sp3GpY">
          <value tag="sp3GpY" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sp3Y)" description="Principal stress direction 3, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="sp3GpZ">
          <value tag="sp3GpZ" expression="root.mod1.solid.solidGpEval(root.mod1.solid.sp3Z)" description="Principal stress direction 3, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="p">
          <value tag="p" expression="-(root.mod1.solid.sx+root.mod1.solid.sy+root.mod1.solid.sz)/3" description="Pressure"/>
        </expressions>
        <expressions key="pGp">
          <value tag="pGp" expression="root.mod1.solid.solidGpEval(root.mod1.solid.p)" description="Pressure, Gauss-point evaluation"/>
        </expressions>
        <expressions key="curlUX">
          <value tag="curlUX" description="Curl of displacement, X component"/>
        </expressions>
        <expressions key="curlUY">
          <value tag="curlUY" description="Curl of displacement, Y component"/>
        </expressions>
        <expressions key="curlUZ">
          <value tag="curlUZ" expression="root.mod1.vX-root.mod1.uY" description="Curl of displacement, Z component"/>
        </expressions>
        <expressions key="mises">
          <value tag="mises" expression="(3*root.mod1.solid.II2s)^0.5" description="von Mises stress"/>
        </expressions>
        <expressions key="misesGp">
          <value tag="misesGp" expression="root.mod1.solid.solidGpEval(root.mod1.solid.mises)" description="von Mises stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="tresca">
          <value tag="tresca" expression="root.mod1.solid.sp1-root.mod1.solid.sp3" description="Tresca stress"/>
        </expressions>
        <expressions key="trescaGp">
          <value tag="trescaGp" expression="root.mod1.solid.solidGpEval(root.mod1.solid.tresca)" description="Tresca stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="RFx">
          <value tag="RFx" expression="reacf(root.mod1.u)" description="Reaction force, x component"/>
        </expressions>
        <expressions key="RFy">
          <value tag="RFy" expression="reacf(root.mod1.v)" description="Reaction force, y component"/>
        </expressions>
        <expressions key="RFz">
          <value tag="RFz" description="Reaction force, z component"/>
        </expressions>
        <expressions key="RMx">
          <value tag="RMx" expression="root.mod1.solid.RFy*root.mod1.solid.refpntz" description="Reaction moment, x component"/>
        </expressions>
        <expressions key="RMy">
          <value tag="RMy" expression="-root.mod1.solid.RFx*root.mod1.solid.refpntz" description="Reaction moment, y component"/>
        </expressions>
        <expressions key="RMz">
          <value tag="RMz" expression="root.mod1.solid.RFy*(root.x-root.mod1.solid.refpntx)-root.mod1.solid.RFx*(root.y-root.mod1.solid.refpnty)" description="Reaction moment, z component"/>
        </expressions>
        <expressions key="uInitX">
          <value tag="uInitX" description="Initial value of displacement, X component"/>
        </expressions>
        <expressions key="uInitY">
          <value tag="uInitY" description="Initial value of displacement, Y component"/>
        </expressions>
        <expressions key="uInitZ">
          <value tag="uInitZ" description="Initial value of displacement, Z component"/>
        </expressions>
        <expressions key="utInitX">
          <value tag="utInitX" description="Initial value of structural velocity, X component"/>
        </expressions>
        <expressions key="utInitY">
          <value tag="utInitY" description="Initial value of structural velocity, Y component"/>
        </expressions>
        <expressions key="utInitZ">
          <value tag="utInitZ" description="Initial value of structural velocity, Z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr8">
      <value tag="iexpr8" derivedFrom="//@physics/@physints[key='solid']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 8" entityComments="" entityAuthor="" entityCreationTime="1409866696724">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696724" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="33,1,2,3,13,19,23,26,32" dim="1" hDim="1"/>
        <expressions key="nX">
          <value tag="nX" expression="root.dnX" description="Normal vector, X component"/>
        </expressions>
        <expressions key="nY">
          <value tag="nY" expression="root.dnY" description="Normal vector, Y component"/>
        </expressions>
        <expressions key="nZ">
          <value tag="nZ" description="Normal vector, Z component"/>
        </expressions>
        <expressions key="nXmesh">
          <value tag="nXmesh" expression="root.dnXmesh" description="Normal vector, X component"/>
        </expressions>
        <expressions key="nYmesh">
          <value tag="nYmesh" expression="root.dnYmesh" description="Normal vector, Y component"/>
        </expressions>
        <expressions key="nZmesh">
          <value tag="nZmesh" description="Normal vector, Z component"/>
        </expressions>
        <expressions key="nx">
          <value tag="nx" expression="root.dnx" description="Normal vector, x component"/>
        </expressions>
        <expressions key="ny">
          <value tag="ny" expression="root.dny" description="Normal vector, y component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nxmesh">
          <value tag="nxmesh" expression="root.dnxmesh" description="Normal vector, x component"/>
        </expressions>
        <expressions key="nymesh">
          <value tag="nymesh" expression="root.dnymesh" description="Normal vector, y component"/>
        </expressions>
        <expressions key="nzmesh">
          <value tag="nzmesh" description="Normal vector, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr9">
      <value tag="iexpr9" derivedFrom="//@physics/@physints[key='solid']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 9" entityComments="" entityAuthor="" entityCreationTime="1409866696724">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696724" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="33,4,5,6,7,8,9,10,11,12,14,15,16,17,18,20,21,22,24,25,27,28,29,30,31" dim="1" hDim="1"/>
        <expressions key="nX">
          <value tag="nX" expression="root.nX" description="Normal vector, X component"/>
        </expressions>
        <expressions key="nY">
          <value tag="nY" expression="root.nY" description="Normal vector, Y component"/>
        </expressions>
        <expressions key="nZ">
          <value tag="nZ" description="Normal vector, Z component"/>
        </expressions>
        <expressions key="nXmesh">
          <value tag="nXmesh" expression="root.nXmesh" description="Normal vector, X component"/>
        </expressions>
        <expressions key="nYmesh">
          <value tag="nYmesh" expression="root.nYmesh" description="Normal vector, Y component"/>
        </expressions>
        <expressions key="nZmesh">
          <value tag="nZmesh" description="Normal vector, Z component"/>
        </expressions>
        <expressions key="nx">
          <value tag="nx" expression="root.nx" description="Normal vector, x component"/>
        </expressions>
        <expressions key="ny">
          <value tag="ny" expression="root.ny" description="Normal vector, y component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nxmesh">
          <value tag="nxmesh" expression="root.nxmesh" description="Normal vector, x component"/>
        </expressions>
        <expressions key="nymesh">
          <value tag="nymesh" expression="root.nymesh" description="Normal vector, y component"/>
        </expressions>
        <expressions key="nzmesh">
          <value tag="nzmesh" description="Normal vector, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr10">
      <value tag="iexpr10" derivedFrom="//@physics/@physints[key='solid']/@value" entityName="Variables 10" entityComments="" entityAuthor="" entityCreationTime="1409866696727">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696727" selType="global"/>
        <expressions key="xt">
          <value tag="xt" expression="d(root.x,TIME)" description="Mesh velocity, x component"/>
        </expressions>
        <expressions key="yt">
          <value tag="yt" expression="d(root.y,TIME)" description="Mesh velocity, y component"/>
        </expressions>
        <expressions key="zt">
          <value tag="zt" description="Mesh velocity, z component"/>
        </expressions>
        <expressions key="refpntx">
          <value tag="refpntx" description="Reference point for moment computation, x coordinate"/>
        </expressions>
        <expressions key="refpnty">
          <value tag="refpnty" description="Reference point for moment computation, y coordinate"/>
        </expressions>
        <expressions key="refpntz">
          <value tag="refpntz" description="Reference point for moment computation, z coordinate"/>
        </expressions>
        <expressions key="cref">
          <value tag="cref" expression="root.mod1.solid.cp" description="Typical wave speed for perfectly matched layers"/>
        </expressions>
        <expressions key="Ws_tot">
          <value tag="Ws_tot" expression="root.mod1.solid.lemm1.int2(0.5*(root.mod1.solid.Sl11*root.mod1.solid.eel11+2*root.mod1.solid.Sl12*root.mod1.solid.eel12+2*root.mod1.solid.Sl13*root.mod1.solid.eel13+root.mod1.solid.Sl22*root.mod1.solid.eel22+2*root.mod1.solid.Sl23*root.mod1.solid.eel23+root.mod1.solid.Sl33*root.mod1.solid.eel33)*root.mod1.solid.d)" description="Total strain energy"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr11">
      <value tag="iexpr11" derivedFrom="//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 11" entityComments="" entityAuthor="" entityCreationTime="1409866696728">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696728" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,1,8" dim="2" hDim="2"/>
        <expressions key="E">
          <value tag="E" expression="1.69E11[Pa]" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.22" description="Poisson's ratio"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="2320[kg/m^3]" description="Density"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr12">
      <value tag="iexpr12" derivedFrom="//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 12" entityComments="" entityAuthor="" entityCreationTime="1409866696729">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696729" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,6,9" dim="2" hDim="2"/>
        <expressions key="E">
          <value tag="E" expression="3.6E11[Pa]" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.27" description="Poisson's ratio"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="17800[kg/m^3]" description="Density"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr13">
      <value tag="iexpr13" derivedFrom="//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 13" entityComments="" entityAuthor="" entityCreationTime="1409866696729">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696729" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,4" dim="2" hDim="2"/>
        <expressions key="E">
          <value tag="E" expression="1.01E11" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.3" description="Poisson's ratio"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="7500[kg/m^3]" description="Density"/>
        </expressions>
        <expressions key="eil11">
          <value tag="eil11" description="Initial strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eil12">
          <value tag="eil12" description="Initial strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eil13">
          <value tag="eil13" description="Initial strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eil22">
          <value tag="eil22" description="Initial strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eil23">
          <value tag="eil23" description="Initial strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="eil33">
          <value tag="eil33" description="Initial strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="Sil11">
          <value tag="Sil11" expression="207000000" description="Initial stress tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="Sil12">
          <value tag="Sil12" description="Initial stress tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="Sil13">
          <value tag="Sil13" description="Initial stress tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="Sil22">
          <value tag="Sil22" description="Initial stress tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="Sil23">
          <value tag="Sil23" description="Initial stress tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Sil33">
          <value tag="Sil33" description="Initial stress tensor, local coordinate system, 33 component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr14">
      <value tag="iexpr14" derivedFrom="//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 14" entityComments="" entityAuthor="" entityCreationTime="1409866696730">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696730" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,2,7" dim="2" hDim="2"/>
        <expressions key="E">
          <value tag="E" expression="2.52E11" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.25" description="Poisson's ratio"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="4240" description="Density"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr15">
      <value tag="iexpr15" derivedFrom="//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 15" entityComments="" entityAuthor="" entityCreationTime="1409866696731">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696730" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,3,5" dim="2" hDim="2"/>
        <expressions key="E">
          <value tag="E" expression="5.28E11" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.26" description="Poisson's ratio"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="22560" description="Density"/>
        </expressions>
        <expressions key="eil11">
          <value tag="eil11" description="Initial strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eil12">
          <value tag="eil12" description="Initial strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eil13">
          <value tag="eil13" description="Initial strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eil22">
          <value tag="eil22" description="Initial strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eil23">
          <value tag="eil23" description="Initial strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="eil33">
          <value tag="eil33" description="Initial strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="Sil11">
          <value tag="Sil11" expression="1000000000" description="Initial stress tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="Sil12">
          <value tag="Sil12" description="Initial stress tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="Sil13">
          <value tag="Sil13" description="Initial stress tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="Sil22">
          <value tag="Sil22" description="Initial stress tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="Sil23">
          <value tag="Sil23" description="Initial stress tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Sil33">
          <value tag="Sil33" description="Initial stress tensor, local coordinate system, 33 component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr16">
      <value tag="iexpr16" derivedFrom="//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 16" entityComments="" entityAuthor="" entityCreationTime="1409866696744">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696744" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,1,2,6,7,8,9" dim="2" hDim="2"/>
        <expressions key="eil11">
          <value tag="eil11" description="Initial strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eil12">
          <value tag="eil12" description="Initial strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eil13">
          <value tag="eil13" description="Initial strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eil22">
          <value tag="eil22" description="Initial strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eil23">
          <value tag="eil23" description="Initial strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="eil33">
          <value tag="eil33" description="Initial strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="Sil11">
          <value tag="Sil11" description="Initial stress tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="Sil12">
          <value tag="Sil12" description="Initial stress tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="Sil13">
          <value tag="Sil13" description="Initial stress tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="Sil22">
          <value tag="Sil22" description="Initial stress tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="Sil23">
          <value tag="Sil23" description="Initial stress tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Sil33">
          <value tag="Sil33" description="Initial stress tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="Sl11">
          <value tag="Sl11" expression="root.mod1.solid.D11*root.mod1.solid.eel11+root.mod1.solid.D12*root.mod1.solid.eel22" description="Second Piola-Kirchhoff stress, local coordinate system, 11 component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr17">
      <value tag="iexpr17" derivedFrom="//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 17" entityComments="" entityAuthor="" entityCreationTime="1409866696750">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696750" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,3,4,5" dim="2" hDim="2"/>
        <expressions key="Sl11">
          <value tag="Sl11" expression="root.mod1.solid.D11*root.mod1.solid.eel11+root.mod1.solid.D12*root.mod1.solid.eel22+root.mod1.solid.Sil11" description="Second Piola-Kirchhoff stress, local coordinate system, 11 component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr18">
      <value tag="iexpr18" derivedFrom="//@physics/@physints[key='ts']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 18" entityComments="" entityAuthor="" entityCreationTime="1409866696770">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696770" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="25,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24" dim="0" hDim="0"/>
        <expressions key="u2_fld_act">
          <value tag="u2_fld_act" expression="1" description="Displacement field"/>
        </expressions>
        <expressions key="T_fld_act">
          <value tag="T_fld_act" expression="1" description="Temperature"/>
        </expressions>
        <expressions key="J_fld_act">
          <value tag="J_fld_act"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr19">
      <value tag="iexpr19" derivedFrom="//@physics/@physints[key='ts']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 19" entityComments="" entityAuthor="" entityCreationTime="1409866696771">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696771" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="33,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32" dim="1" hDim="1"/>
        <expressions key="u2_fld_act">
          <value tag="u2_fld_act" expression="1" description="Displacement field"/>
        </expressions>
        <expressions key="T_fld_act">
          <value tag="T_fld_act" expression="1" description="Temperature"/>
        </expressions>
        <expressions key="J_fld_act">
          <value tag="J_fld_act"/>
        </expressions>
        <expressions key="q0">
          <value tag="q0" description="Inward heat flux"/>
        </expressions>
        <expressions key="Tax">
          <value tag="Tax" expression="root.mod1.ts.sx*root.mod1.ts.nx+root.mod1.ts.sxy*root.mod1.ts.ny" description="Surface traction (force/area), x component"/>
        </expressions>
        <expressions key="Tay">
          <value tag="Tay" expression="root.mod1.ts.sxy*root.mod1.ts.nx+root.mod1.ts.sy*root.mod1.ts.ny" description="Surface traction (force/area), y component"/>
        </expressions>
        <expressions key="Taz">
          <value tag="Taz" expression="root.mod1.ts.sxz*root.mod1.ts.nx+root.mod1.ts.syz*root.mod1.ts.ny" description="Surface traction (force/area), z component"/>
        </expressions>
        <expressions key="rflux">
          <value tag="rflux" description="Radiative heat flux"/>
        </expressions>
        <expressions key="ccflux">
          <value tag="ccflux" description="Convective heat flux"/>
        </expressions>
        <expressions key="ntrlflux">
          <value tag="ntrlflux" expression="mean(root.mod1.ts.trlfluxX)*root.mod1.ts.nX+mean(root.mod1.ts.trlfluxY)*root.mod1.ts.nY" description="Normal translational heat flux"/>
        </expressions>
        <expressions key="naflux">
          <value tag="naflux" expression="mean(root.mod1.ts.afluxX)*root.mod1.ts.nX+mean(root.mod1.ts.afluxY)*root.mod1.ts.nY" description="Normal convective heat flux"/>
        </expressions>
        <expressions key="ndflux">
          <value tag="ndflux" expression="mean(root.mod1.ts.dfluxX)*root.mod1.ts.nX+mean(root.mod1.ts.dfluxY)*root.mod1.ts.nY" description="Normal conductive heat flux"/>
        </expressions>
        <expressions key="ntflux">
          <value tag="ntflux" expression="root.mod1.ts.ndflux+root.mod1.ts.ntrlflux+root.mod1.ts.naflux" description="Total normal heat flux"/>
        </expressions>
        <expressions key="nteflux">
          <value tag="nteflux" expression="mean(root.mod1.ts.tefluxX)*root.mod1.ts.nX+mean(root.mod1.ts.tefluxY)*root.mod1.ts.nY" description="Total normal energy flux"/>
        </expressions>
        <expressions key="Qbtot">
          <value tag="Qbtot" description="Total boundary heat source"/>
        </expressions>
        <expressions key="Qltot">
          <value tag="Qltot" description="Total heat source"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr20">
      <value tag="iexpr20" derivedFrom="//@physics/@physints[key='ts']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 20" entityComments="" entityAuthor="" entityCreationTime="1409866696772">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696772" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,1,2,3,4,5,6,7,8,9" dim="2" hDim="2"/>
        <expressions key="u2_fld_act">
          <value tag="u2_fld_act" expression="1" description="Displacement field"/>
        </expressions>
        <expressions key="T_fld_act">
          <value tag="T_fld_act" expression="1" description="Temperature"/>
        </expressions>
        <expressions key="J_fld_act">
          <value tag="J_fld_act"/>
        </expressions>
        <expressions key="u2Xt">
          <value tag="u2Xt" expression="root.mod1.u2XTIME" description="Gradient of u2, first time derivative, X component"/>
        </expressions>
        <expressions key="u2Yt">
          <value tag="u2Yt" expression="root.mod1.u2YTIME" description="Gradient of u2, first time derivative, Y component"/>
        </expressions>
        <expressions key="u2Xtt">
          <value tag="u2Xtt" expression="root.mod1.u2XTIMETIME" description="Gradient of u2, second time derivative, X component"/>
        </expressions>
        <expressions key="u2Ytt">
          <value tag="u2Ytt" expression="root.mod1.u2YTIMETIME" description="Gradient of u2, second time derivative, Y component"/>
        </expressions>
        <expressions key="v2Xt">
          <value tag="v2Xt" expression="root.mod1.v2XTIME" description="Gradient of v2, first time derivative, X component"/>
        </expressions>
        <expressions key="v2Yt">
          <value tag="v2Yt" expression="root.mod1.v2YTIME" description="Gradient of v2, first time derivative, Y component"/>
        </expressions>
        <expressions key="v2Xtt">
          <value tag="v2Xtt" expression="root.mod1.v2XTIMETIME" description="Gradient of v2, second time derivative, X component"/>
        </expressions>
        <expressions key="v2Ytt">
          <value tag="v2Ytt" expression="root.mod1.v2YTIMETIME" description="Gradient of v2, second time derivative, Y component"/>
        </expressions>
        <expressions key="u2t">
          <value tag="u2t" expression="root.mod1.u2TIME" description="Structural velocity field, X component"/>
        </expressions>
        <expressions key="v2t">
          <value tag="v2t" expression="root.mod1.v2TIME" description="Structural velocity field, Y component"/>
        </expressions>
        <expressions key="u2tt">
          <value tag="u2tt" expression="root.mod1.u2TIMETIME" description="Acceleration field, X component"/>
        </expressions>
        <expressions key="v2tt">
          <value tag="v2tt" expression="root.mod1.v2TIMETIME" description="Acceleration field, Y component"/>
        </expressions>
        <expressions key="TXt">
          <value tag="TXt" expression="root.mod1.TXTIME" description="Gradient of T, first time derivative, X component"/>
        </expressions>
        <expressions key="TYt">
          <value tag="TYt" expression="root.mod1.TYTIME" description="Gradient of T, first time derivative, Y component"/>
        </expressions>
        <expressions key="TXtt">
          <value tag="TXtt" expression="root.mod1.TXTIMETIME" description="Gradient of T, second time derivative, X component"/>
        </expressions>
        <expressions key="TYtt">
          <value tag="TYtt" expression="root.mod1.TYTIMETIME" description="Gradient of T, second time derivative, Y component"/>
        </expressions>
        <expressions key="Tt">
          <value tag="Tt" expression="root.mod1.TTIME" description="Temperature, first time derivative"/>
        </expressions>
        <expressions key="Ttt">
          <value tag="Ttt" expression="root.mod1.TTIMETIME" description="Temperature, second time derivative"/>
        </expressions>
        <expressions key="d">
          <value tag="d" expression="1" description="Thickness"/>
        </expressions>
        <expressions key="dz">
          <value tag="dz" expression="root.mod1.ts.d" description="Thickness"/>
        </expressions>
        <expressions key="K">
          <value tag="K" expression="root.mod1.ts.E/(3-6*root.mod1.ts.nu)" description="Bulk modulus"/>
        </expressions>
        <expressions key="G">
          <value tag="G" expression="0.5*root.mod1.ts.E/(1+root.mod1.ts.nu)" description="Shear modulus"/>
        </expressions>
        <expressions key="lambLame">
          <value tag="lambLame" expression="root.mod1.ts.E*root.mod1.ts.nu/((1+root.mod1.ts.nu)*(1-2*root.mod1.ts.nu))" description="Lamé constant λ"/>
        </expressions>
        <expressions key="muLame">
          <value tag="muLame" expression="0.5*root.mod1.ts.E/(1+root.mod1.ts.nu)" description="Lamé constant μ"/>
        </expressions>
        <expressions key="cp">
          <value tag="cp" expression="sqrt(root.mod1.ts.E*(1+root.mod1.ts.nu/(1-2*root.mod1.ts.nu))/((1+root.mod1.ts.nu)*root.mod1.ts.rho))" description="Pressure-wave speed"/>
        </expressions>
        <expressions key="cs">
          <value tag="cs" expression="sqrt(0.5*root.mod1.ts.E/((1+root.mod1.ts.nu)*root.mod1.ts.rho))" description="Shear-wave speed"/>
        </expressions>
        <expressions key="Eequ">
          <value tag="Eequ" expression="root.mod1.ts.E" description="Equivalent Young's modulus"/>
        </expressions>
        <expressions key="D11">
          <value tag="D11" expression="root.mod1.ts.E*(1+root.mod1.ts.nu/(1-2*root.mod1.ts.nu))/(1+root.mod1.ts.nu)" description="Elasticity matrix, 11 component"/>
        </expressions>
        <expressions key="D21">
          <value tag="D21" expression="root.mod1.ts.E*root.mod1.ts.nu/((1+root.mod1.ts.nu)*(1-2*root.mod1.ts.nu))" description="Elasticity matrix, 21 component"/>
        </expressions>
        <expressions key="D31">
          <value tag="D31" expression="root.mod1.ts.E*root.mod1.ts.nu/((1+root.mod1.ts.nu)*(1-2*root.mod1.ts.nu))" description="Elasticity matrix, 31 component"/>
        </expressions>
        <expressions key="D41">
          <value tag="D41" description="Elasticity matrix, 41 component"/>
        </expressions>
        <expressions key="D51">
          <value tag="D51" description="Elasticity matrix, 51 component"/>
        </expressions>
        <expressions key="D61">
          <value tag="D61" description="Elasticity matrix, 61 component"/>
        </expressions>
        <expressions key="D12">
          <value tag="D12" expression="root.mod1.ts.E*root.mod1.ts.nu/((1+root.mod1.ts.nu)*(1-2*root.mod1.ts.nu))" description="Elasticity matrix, 12 component"/>
        </expressions>
        <expressions key="D22">
          <value tag="D22" expression="root.mod1.ts.E*(1+root.mod1.ts.nu/(1-2*root.mod1.ts.nu))/(1+root.mod1.ts.nu)" description="Elasticity matrix, 22 component"/>
        </expressions>
        <expressions key="D32">
          <value tag="D32" expression="root.mod1.ts.E*root.mod1.ts.nu/((1+root.mod1.ts.nu)*(1-2*root.mod1.ts.nu))" description="Elasticity matrix, 32 component"/>
        </expressions>
        <expressions key="D42">
          <value tag="D42" description="Elasticity matrix, 42 component"/>
        </expressions>
        <expressions key="D52">
          <value tag="D52" description="Elasticity matrix, 52 component"/>
        </expressions>
        <expressions key="D62">
          <value tag="D62" description="Elasticity matrix, 62 component"/>
        </expressions>
        <expressions key="D13">
          <value tag="D13" expression="root.mod1.ts.E*root.mod1.ts.nu/((1+root.mod1.ts.nu)*(1-2*root.mod1.ts.nu))" description="Elasticity matrix, 13 component"/>
        </expressions>
        <expressions key="D23">
          <value tag="D23" expression="root.mod1.ts.E*root.mod1.ts.nu/((1+root.mod1.ts.nu)*(1-2*root.mod1.ts.nu))" description="Elasticity matrix, 23 component"/>
        </expressions>
        <expressions key="D33">
          <value tag="D33" expression="root.mod1.ts.E*(1+root.mod1.ts.nu/(1-2*root.mod1.ts.nu))/(1+root.mod1.ts.nu)" description="Elasticity matrix, 33 component"/>
        </expressions>
        <expressions key="D43">
          <value tag="D43" description="Elasticity matrix, 43 component"/>
        </expressions>
        <expressions key="D53">
          <value tag="D53" description="Elasticity matrix, 53 component"/>
        </expressions>
        <expressions key="D63">
          <value tag="D63" description="Elasticity matrix, 63 component"/>
        </expressions>
        <expressions key="D14">
          <value tag="D14" description="Elasticity matrix, 14 component"/>
        </expressions>
        <expressions key="D24">
          <value tag="D24" description="Elasticity matrix, 24 component"/>
        </expressions>
        <expressions key="D34">
          <value tag="D34" description="Elasticity matrix, 34 component"/>
        </expressions>
        <expressions key="D44">
          <value tag="D44" expression="0.5*root.mod1.ts.E/(1+root.mod1.ts.nu)" description="Elasticity matrix, 44 component"/>
        </expressions>
        <expressions key="D54">
          <value tag="D54" description="Elasticity matrix, 54 component"/>
        </expressions>
        <expressions key="D64">
          <value tag="D64" description="Elasticity matrix, 64 component"/>
        </expressions>
        <expressions key="D15">
          <value tag="D15" description="Elasticity matrix, 15 component"/>
        </expressions>
        <expressions key="D25">
          <value tag="D25" description="Elasticity matrix, 25 component"/>
        </expressions>
        <expressions key="D35">
          <value tag="D35" description="Elasticity matrix, 35 component"/>
        </expressions>
        <expressions key="D45">
          <value tag="D45" description="Elasticity matrix, 45 component"/>
        </expressions>
        <expressions key="D55">
          <value tag="D55" expression="0.5*root.mod1.ts.E/(1+root.mod1.ts.nu)" description="Elasticity matrix, 55 component"/>
        </expressions>
        <expressions key="D65">
          <value tag="D65" description="Elasticity matrix, 65 component"/>
        </expressions>
        <expressions key="D16">
          <value tag="D16" description="Elasticity matrix, 16 component"/>
        </expressions>
        <expressions key="D26">
          <value tag="D26" description="Elasticity matrix, 26 component"/>
        </expressions>
        <expressions key="D36">
          <value tag="D36" description="Elasticity matrix, 36 component"/>
        </expressions>
        <expressions key="D46">
          <value tag="D46" description="Elasticity matrix, 46 component"/>
        </expressions>
        <expressions key="D56">
          <value tag="D56" description="Elasticity matrix, 56 component"/>
        </expressions>
        <expressions key="D66">
          <value tag="D66" expression="0.5*root.mod1.ts.E/(1+root.mod1.ts.nu)" description="Elasticity matrix, 66 component"/>
        </expressions>
        <expressions key="tle1.minput_temperature">
          <value tag="tle1.minput_temperature" expression="root.mod1.T" description="Temperature"/>
        </expressions>
        <expressions key="FdxX">
          <value tag="FdxX" expression="1+root.mod1.u2X" description="Deformation gradient, xX component"/>
        </expressions>
        <expressions key="FdyX">
          <value tag="FdyX" expression="root.mod1.v2X" description="Deformation gradient, yX component"/>
        </expressions>
        <expressions key="FdzX">
          <value tag="FdzX" description="Deformation gradient, zX component"/>
        </expressions>
        <expressions key="FdxY">
          <value tag="FdxY" expression="root.mod1.u2Y" description="Deformation gradient, xY component"/>
        </expressions>
        <expressions key="FdyY">
          <value tag="FdyY" expression="1+root.mod1.v2Y" description="Deformation gradient, yY component"/>
        </expressions>
        <expressions key="FdzY">
          <value tag="FdzY" description="Deformation gradient, zY component"/>
        </expressions>
        <expressions key="FdxZ">
          <value tag="FdxZ" description="Deformation gradient, xZ component"/>
        </expressions>
        <expressions key="FdyZ">
          <value tag="FdyZ" description="Deformation gradient, yZ component"/>
        </expressions>
        <expressions key="FdzZ">
          <value tag="FdzZ" expression="1" description="Deformation gradient, zZ component"/>
        </expressions>
        <expressions key="eX">
          <value tag="eX" expression="root.mod1.u2X" description="Strain tensor, X component"/>
        </expressions>
        <expressions key="eXY">
          <value tag="eXY" expression="0.5*(root.mod1.u2Y+root.mod1.v2X)" description="Strain tensor, XY component"/>
        </expressions>
        <expressions key="eXZ">
          <value tag="eXZ" description="Strain tensor, XZ component"/>
        </expressions>
        <expressions key="eY">
          <value tag="eY" expression="root.mod1.v2Y" description="Strain tensor, Y component"/>
        </expressions>
        <expressions key="eYZ">
          <value tag="eYZ" description="Strain tensor, YZ component"/>
        </expressions>
        <expressions key="eZ">
          <value tag="eZ" description="Strain tensor, Z component"/>
        </expressions>
        <expressions key="Ldx">
          <value tag="Ldx" expression="root.mod1.u2XTIME" description="Rate of strain tensor, x component"/>
        </expressions>
        <expressions key="Ldxy">
          <value tag="Ldxy" expression="0.5*(root.mod1.u2YTIME+root.mod1.v2XTIME)" description="Rate of strain tensor, xy component"/>
        </expressions>
        <expressions key="Ldxz">
          <value tag="Ldxz" description="Rate of strain tensor, xz component"/>
        </expressions>
        <expressions key="Ldy">
          <value tag="Ldy" expression="root.mod1.v2YTIME" description="Rate of strain tensor, y component"/>
        </expressions>
        <expressions key="Ldyz">
          <value tag="Ldyz" description="Rate of strain tensor, yz component"/>
        </expressions>
        <expressions key="Ldz">
          <value tag="Ldz" description="Rate of strain tensor, z component"/>
        </expressions>
        <expressions key="Lwx">
          <value tag="Lwx" description="Spin tensor, x component"/>
        </expressions>
        <expressions key="Lwxy">
          <value tag="Lwxy" expression="0.5*(root.mod1.u2YTIME-root.mod1.v2XTIME)" description="Spin tensor, xy component"/>
        </expressions>
        <expressions key="Lwxz">
          <value tag="Lwxz" description="Spin tensor, xz component"/>
        </expressions>
        <expressions key="Lwy">
          <value tag="Lwy" description="Spin tensor, y component"/>
        </expressions>
        <expressions key="Lwyz">
          <value tag="Lwyz" description="Spin tensor, yz component"/>
        </expressions>
        <expressions key="Lwz">
          <value tag="Lwz" description="Spin tensor, z component"/>
        </expressions>
        <expressions key="el11">
          <value tag="el11" expression="root.mod1.u2X" description="Strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="el12">
          <value tag="el12" expression="0.5*(root.mod1.u2Y+root.mod1.v2X)" description="Strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="el13">
          <value tag="el13" description="Strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="el22">
          <value tag="el22" expression="root.mod1.v2Y" description="Strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="el23">
          <value tag="el23" description="Strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="el33">
          <value tag="el33" description="Strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="eel11">
          <value tag="eel11" expression="root.mod1.u2X-root.mod1.ts.eiel11" description="Elastic strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eel22">
          <value tag="eel22" expression="root.mod1.v2Y-root.mod1.ts.eiel22" description="Elastic strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eel33">
          <value tag="eel33" expression="-root.mod1.ts.eiel33" description="Elastic strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="eil11">
          <value tag="eil11" description="Initial strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eil12">
          <value tag="eil12" description="Initial strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eil13">
          <value tag="eil13" description="Initial strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eil22">
          <value tag="eil22" description="Initial strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eil23">
          <value tag="eil23" description="Initial strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="eil33">
          <value tag="eil33" description="Initial strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="eiel11">
          <value tag="eiel11" expression="root.mod1.ts.eth11" description="Inelastic strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eiel22">
          <value tag="eiel22" expression="root.mod1.ts.eth22" description="Inelastic strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eiel33">
          <value tag="eiel33" expression="root.mod1.ts.eth33" description="Inelastic strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="evol">
          <value tag="evol" expression="root.mod1.u2X+root.mod1.v2Y" description="Volumetric strain"/>
        </expressions>
        <expressions key="J">
          <value tag="J" expression="root.mod1.ts.FdzZ*(root.mod1.ts.FdxX*root.mod1.ts.FdyY-root.mod1.ts.FdxY*root.mod1.ts.FdyX)" description="Volume ratio"/>
        </expressions>
        <expressions key="Sil11">
          <value tag="Sil11" description="Initial stress tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="Sil12">
          <value tag="Sil12" description="Initial stress tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="Sil13">
          <value tag="Sil13" description="Initial stress tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="Sil22">
          <value tag="Sil22" description="Initial stress tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="Sil23">
          <value tag="Sil23" description="Initial stress tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Sil33">
          <value tag="Sil33" description="Initial stress tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="Sl11">
          <value tag="Sl11" expression="root.mod1.ts.D11*root.mod1.ts.eel11+root.mod1.ts.D12*root.mod1.ts.eel22+root.mod1.ts.D13*root.mod1.ts.eel33" description="Second Piola-Kirchhoff stress, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="Sl12">
          <value tag="Sl12" expression="2*root.mod1.ts.D44*root.mod1.ts.eel12" description="Second Piola-Kirchhoff stress, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="Sl22">
          <value tag="Sl22" expression="root.mod1.ts.D12*root.mod1.ts.eel11+root.mod1.ts.D22*root.mod1.ts.eel22+root.mod1.ts.D23*root.mod1.ts.eel33" description="Second Piola-Kirchhoff stress, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="Sl33">
          <value tag="Sl33" expression="root.mod1.ts.D13*root.mod1.ts.eel11+root.mod1.ts.D23*root.mod1.ts.eel22+root.mod1.ts.D33*root.mod1.ts.eel33" description="Second Piola-Kirchhoff stress, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="SlGp11">
          <value tag="SlGp11" expression="root.mod1.ts.solidGpEval(root.mod1.ts.Sl11)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 11 component"/>
        </expressions>
        <expressions key="SlGp12">
          <value tag="SlGp12" expression="root.mod1.ts.solidGpEval(root.mod1.ts.Sl12)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 12 component"/>
        </expressions>
        <expressions key="SlGp22">
          <value tag="SlGp22" expression="root.mod1.ts.solidGpEval(root.mod1.ts.Sl22)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 22 component"/>
        </expressions>
        <expressions key="SlGp33">
          <value tag="SlGp33" expression="root.mod1.ts.solidGpEval(root.mod1.ts.Sl33)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 33 component"/>
        </expressions>
        <expressions key="disp">
          <value tag="disp" expression="sqrt(real(root.mod1.u2)^2+real(root.mod1.v2)^2)" description="Total displacement"/>
        </expressions>
        <expressions key="u_ttX">
          <value tag="u_ttX" expression="d(root.mod1.u2TIME,TIME)" description="Acceleration, X component"/>
        </expressions>
        <expressions key="u_ttY">
          <value tag="u_ttY" expression="d(root.mod1.v2TIME,TIME)" description="Acceleration, Y component"/>
        </expressions>
        <expressions key="u_ttZ">
          <value tag="u_ttZ" description="Acceleration, Z component"/>
        </expressions>
        <expressions key="u_tX">
          <value tag="u_tX" expression="root.mod1.u2TIME" description="Velocity, X component"/>
        </expressions>
        <expressions key="u_tY">
          <value tag="u_tY" expression="root.mod1.v2TIME" description="Velocity, Y component"/>
        </expressions>
        <expressions key="u_tZ">
          <value tag="u_tZ" description="Velocity, Z component"/>
        </expressions>
        <expressions key="SX">
          <value tag="SX" expression="root.mod1.ts.Sl11" description="Second Piola-Kirchhoff stress, X component"/>
        </expressions>
        <expressions key="SXY">
          <value tag="SXY" expression="root.mod1.ts.Sl12" description="Second Piola-Kirchhoff stress, XY component"/>
        </expressions>
        <expressions key="SY">
          <value tag="SY" expression="root.mod1.ts.Sl22" description="Second Piola-Kirchhoff stress, Y component"/>
        </expressions>
        <expressions key="SZ">
          <value tag="SZ" expression="root.mod1.ts.Sl33" description="Second Piola-Kirchhoff stress, Z component"/>
        </expressions>
        <expressions key="SGpX">
          <value tag="SGpX" expression="root.mod1.ts.solidGpEval(root.mod1.ts.SX)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="SGpXY">
          <value tag="SGpXY" expression="root.mod1.ts.solidGpEval(root.mod1.ts.SXY)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, XY component"/>
        </expressions>
        <expressions key="SGpY">
          <value tag="SGpY" expression="root.mod1.ts.solidGpEval(root.mod1.ts.SY)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="SGpZ">
          <value tag="SGpZ" expression="root.mod1.ts.solidGpEval(root.mod1.ts.SZ)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="PxX">
          <value tag="PxX" expression="root.mod1.ts.FdxX*root.mod1.ts.SX+root.mod1.ts.FdxY*root.mod1.ts.SXY" description="First Piola-Kirchhoff stress, xX component"/>
        </expressions>
        <expressions key="PyX">
          <value tag="PyX" expression="root.mod1.ts.FdyX*root.mod1.ts.SX+root.mod1.ts.FdyY*root.mod1.ts.SXY" description="First Piola-Kirchhoff stress, yX component"/>
        </expressions>
        <expressions key="PxY">
          <value tag="PxY" expression="root.mod1.ts.FdxX*root.mod1.ts.SXY+root.mod1.ts.FdxY*root.mod1.ts.SY" description="First Piola-Kirchhoff stress, xY component"/>
        </expressions>
        <expressions key="PyY">
          <value tag="PyY" expression="root.mod1.ts.FdyX*root.mod1.ts.SXY+root.mod1.ts.FdyY*root.mod1.ts.SY" description="First Piola-Kirchhoff stress, yY component"/>
        </expressions>
        <expressions key="PzZ">
          <value tag="PzZ" expression="root.mod1.ts.FdzZ*root.mod1.ts.SZ" description="First Piola-Kirchhoff stress, zZ component"/>
        </expressions>
        <expressions key="PGpxX">
          <value tag="PGpxX" expression="root.mod1.ts.solidGpEval(root.mod1.ts.FdxX*root.mod1.ts.SX+root.mod1.ts.FdxY*root.mod1.ts.SXY)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, xX component"/>
        </expressions>
        <expressions key="PGpyX">
          <value tag="PGpyX" expression="root.mod1.ts.solidGpEval(root.mod1.ts.FdyX*root.mod1.ts.SX+root.mod1.ts.FdyY*root.mod1.ts.SXY)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, yX component"/>
        </expressions>
        <expressions key="PGpxY">
          <value tag="PGpxY" expression="root.mod1.ts.solidGpEval(root.mod1.ts.FdxX*root.mod1.ts.SXY+root.mod1.ts.FdxY*root.mod1.ts.SY)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, xY component"/>
        </expressions>
        <expressions key="PGpyY">
          <value tag="PGpyY" expression="root.mod1.ts.solidGpEval(root.mod1.ts.FdyX*root.mod1.ts.SXY+root.mod1.ts.FdyY*root.mod1.ts.SY)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, yY component"/>
        </expressions>
        <expressions key="PGpzZ">
          <value tag="PGpzZ" expression="root.mod1.ts.solidGpEval(root.mod1.ts.FdzZ*root.mod1.ts.SZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zZ component"/>
        </expressions>
        <expressions key="sx">
          <value tag="sx" expression="root.mod1.ts.SX" description="Stress tensor, x component"/>
        </expressions>
        <expressions key="sxy">
          <value tag="sxy" expression="root.mod1.ts.SXY" description="Stress tensor, xy component"/>
        </expressions>
        <expressions key="sy">
          <value tag="sy" expression="root.mod1.ts.SY" description="Stress tensor, y component"/>
        </expressions>
        <expressions key="sz">
          <value tag="sz" expression="root.mod1.ts.SZ" description="Stress tensor, z component"/>
        </expressions>
        <expressions key="sGpx">
          <value tag="sGpx" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sx)" description="Stress tensor, Gauss-point evaluation, x component"/>
        </expressions>
        <expressions key="sGpxy">
          <value tag="sGpxy" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sxy)" description="Stress tensor, Gauss-point evaluation, xy component"/>
        </expressions>
        <expressions key="sGpy">
          <value tag="sGpy" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sy)" description="Stress tensor, Gauss-point evaluation, y component"/>
        </expressions>
        <expressions key="sGpz">
          <value tag="sGpz" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sz)" description="Stress tensor, Gauss-point evaluation, z component"/>
        </expressions>
        <expressions key="sl11">
          <value tag="sl11" expression="root.mod1.ts.sx" description="Stress tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="sl12">
          <value tag="sl12" expression="root.mod1.ts.sxy" description="Stress tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="sl22">
          <value tag="sl22" expression="root.mod1.ts.sy" description="Stress tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="sl33">
          <value tag="sl33" expression="root.mod1.ts.sz" description="Stress tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="slGp11">
          <value tag="slGp11" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sx)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 11 component"/>
        </expressions>
        <expressions key="slGp12">
          <value tag="slGp12" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sxy)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 12 component"/>
        </expressions>
        <expressions key="slGp22">
          <value tag="slGp22" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sy)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 22 component"/>
        </expressions>
        <expressions key="slGp33">
          <value tag="slGp33" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sz)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 33 component"/>
        </expressions>
        <expressions key="sdevx">
          <value tag="sdevx" expression="root.mod1.ts.sx-(root.mod1.ts.sx+root.mod1.ts.sy+root.mod1.ts.sz)/3" description="Deviatoric stress tensor, x component"/>
        </expressions>
        <expressions key="sdevxy">
          <value tag="sdevxy" expression="root.mod1.ts.sxy" description="Deviatoric stress tensor, xy component"/>
        </expressions>
        <expressions key="sdevy">
          <value tag="sdevy" expression="root.mod1.ts.sy-(root.mod1.ts.sx+root.mod1.ts.sy+root.mod1.ts.sz)/3" description="Deviatoric stress tensor, y component"/>
        </expressions>
        <expressions key="sdevz">
          <value tag="sdevz" expression="root.mod1.ts.sz-(root.mod1.ts.sx+root.mod1.ts.sy+root.mod1.ts.sz)/3" description="Deviatoric stress tensor, z component"/>
        </expressions>
        <expressions key="sdevGpx">
          <value tag="sdevGpx" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sdevx)" description="Deviatoric stress tensor, Gauss-point evaluation, x component"/>
        </expressions>
        <expressions key="sdevGpxy">
          <value tag="sdevGpxy" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sdevxy)" description="Deviatoric stress tensor, Gauss-point evaluation, xy component"/>
        </expressions>
        <expressions key="sdevGpy">
          <value tag="sdevGpy" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sdevy)" description="Deviatoric stress tensor, Gauss-point evaluation, y component"/>
        </expressions>
        <expressions key="sdevGpz">
          <value tag="sdevGpz" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sdevz)" description="Deviatoric stress tensor, Gauss-point evaluation, z component"/>
        </expressions>
        <expressions key="SdevX">
          <value tag="SdevX" expression="root.mod1.ts.SX-(root.mod1.ts.SX+root.mod1.ts.SY+root.mod1.ts.SZ)/3" description="Deviatoric second Piola-Kirchhoff stress, X component"/>
        </expressions>
        <expressions key="SdevXY">
          <value tag="SdevXY" expression="root.mod1.ts.SXY" description="Deviatoric second Piola-Kirchhoff stress, XY component"/>
        </expressions>
        <expressions key="SdevY">
          <value tag="SdevY" expression="root.mod1.ts.SY-(root.mod1.ts.SX+root.mod1.ts.SY+root.mod1.ts.SZ)/3" description="Deviatoric second Piola-Kirchhoff stress, Y component"/>
        </expressions>
        <expressions key="SdevZ">
          <value tag="SdevZ" expression="root.mod1.ts.SZ-(root.mod1.ts.SX+root.mod1.ts.SY+root.mod1.ts.SZ)/3" description="Deviatoric second Piola-Kirchhoff stress, Z component"/>
        </expressions>
        <expressions key="SdevGpX">
          <value tag="SdevGpX" expression="root.mod1.ts.solidGpEval(root.mod1.ts.SdevX)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="SdevGpXY">
          <value tag="SdevGpXY" expression="root.mod1.ts.solidGpEval(root.mod1.ts.SdevXY)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, XY component"/>
        </expressions>
        <expressions key="SdevGpY">
          <value tag="SdevGpY" expression="root.mod1.ts.solidGpEval(root.mod1.ts.SdevY)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="SdevGpZ">
          <value tag="SdevGpZ" expression="root.mod1.ts.solidGpEval(root.mod1.ts.SdevZ)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="I1s">
          <value tag="I1s" expression="root.mod1.ts.sx+root.mod1.ts.sy+root.mod1.ts.sz" description="First principal invariant of stress"/>
        </expressions>
        <expressions key="thetaL">
          <value tag="thetaL" expression="atan2(sqrt(max(0.14814814814814814*root.mod1.ts.II2s^3-root.mod1.ts.II3s^2,eps)),root.mod1.ts.II3s)/3" description="Lode angle"/>
        </expressions>
        <expressions key="sp1Gp">
          <value tag="sp1Gp" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sp1)" description="First principal stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="sp2Gp">
          <value tag="sp2Gp" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sp2)" description="Second principal stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="sp3Gp">
          <value tag="sp3Gp" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sp3)" description="Third principal stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="sp1GpX">
          <value tag="sp1GpX" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sp1X)" description="Principal stress direction 1, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="sp1GpY">
          <value tag="sp1GpY" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sp1Y)" description="Principal stress direction 1, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="sp1GpZ">
          <value tag="sp1GpZ" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sp1Z)" description="Principal stress direction 1, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="sp2GpX">
          <value tag="sp2GpX" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sp2X)" description="Principal stress direction 2, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="sp2GpY">
          <value tag="sp2GpY" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sp2Y)" description="Principal stress direction 2, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="sp2GpZ">
          <value tag="sp2GpZ" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sp2Z)" description="Principal stress direction 2, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="sp3GpX">
          <value tag="sp3GpX" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sp3X)" description="Principal stress direction 3, Gauss-point evaluation, X component"/>
        </expressions>
        <expressions key="sp3GpY">
          <value tag="sp3GpY" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sp3Y)" description="Principal stress direction 3, Gauss-point evaluation, Y component"/>
        </expressions>
        <expressions key="sp3GpZ">
          <value tag="sp3GpZ" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sp3Z)" description="Principal stress direction 3, Gauss-point evaluation, Z component"/>
        </expressions>
        <expressions key="p">
          <value tag="p" expression="-(root.mod1.ts.sx+root.mod1.ts.sy+root.mod1.ts.sz)/3" description="Pressure"/>
        </expressions>
        <expressions key="pGp">
          <value tag="pGp" expression="root.mod1.ts.solidGpEval(root.mod1.ts.p)" description="Pressure, Gauss-point evaluation"/>
        </expressions>
        <expressions key="curlUX">
          <value tag="curlUX" description="Curl of displacement, X component"/>
        </expressions>
        <expressions key="curlUY">
          <value tag="curlUY" description="Curl of displacement, Y component"/>
        </expressions>
        <expressions key="curlUZ">
          <value tag="curlUZ" expression="root.mod1.v2X-root.mod1.u2Y" description="Curl of displacement, Z component"/>
        </expressions>
        <expressions key="mises">
          <value tag="mises" expression="(3*root.mod1.ts.II2s)^0.5" description="von Mises stress"/>
        </expressions>
        <expressions key="misesGp">
          <value tag="misesGp" expression="root.mod1.ts.solidGpEval(root.mod1.ts.mises)" description="von Mises stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="tresca">
          <value tag="tresca" expression="root.mod1.ts.sp1-root.mod1.ts.sp3" description="Tresca stress"/>
        </expressions>
        <expressions key="trescaGp">
          <value tag="trescaGp" expression="root.mod1.ts.solidGpEval(root.mod1.ts.tresca)" description="Tresca stress, Gauss-point evaluation"/>
        </expressions>
        <expressions key="RFx">
          <value tag="RFx" expression="reacf(root.mod1.u2)" description="Reaction force, x component"/>
        </expressions>
        <expressions key="RFy">
          <value tag="RFy" expression="reacf(root.mod1.v2)" description="Reaction force, y component"/>
        </expressions>
        <expressions key="RFz">
          <value tag="RFz" description="Reaction force, z component"/>
        </expressions>
        <expressions key="RMx">
          <value tag="RMx" expression="root.mod1.ts.RFy*root.mod1.ts.refpntz" description="Reaction moment, x component"/>
        </expressions>
        <expressions key="RMy">
          <value tag="RMy" expression="-root.mod1.ts.RFx*root.mod1.ts.refpntz" description="Reaction moment, y component"/>
        </expressions>
        <expressions key="RMz">
          <value tag="RMz" expression="root.mod1.ts.RFy*(root.x-root.mod1.ts.refpntx)-root.mod1.ts.RFx*(root.y-root.mod1.ts.refpnty)" description="Reaction moment, z component"/>
        </expressions>
        <expressions key="Tref">
          <value tag="Tref" expression="293.15[K]" description="Strain reference temperature"/>
        </expressions>
        <expressions key="T">
          <value tag="T" expression="root.mod1.T" description="Temperature"/>
        </expressions>
        <expressions key="Tdiff">
          <value tag="Tdiff" expression="root.mod1.ts.T-root.mod1.ts.Tref" description="Temperature difference"/>
        </expressions>
        <expressions key="eth11">
          <value tag="eth11" expression="root.mod1.ts.alpha11*root.mod1.ts.Tdiff" description="Thermal strain tensor, local coordinate system, 11 component"/>
        </expressions>
        <expressions key="eth22">
          <value tag="eth22" expression="root.mod1.ts.alpha22*root.mod1.ts.Tdiff" description="Thermal strain tensor, local coordinate system, 22 component"/>
        </expressions>
        <expressions key="eth33">
          <value tag="eth33" expression="root.mod1.ts.alpha33*root.mod1.ts.Tdiff" description="Thermal strain tensor, local coordinate system, 33 component"/>
        </expressions>
        <expressions key="k_effXX">
          <value tag="k_effXX" expression="root.mod1.ts.kXX" description="Effective thermal conductivity, XX component"/>
        </expressions>
        <expressions key="k_effZX">
          <value tag="k_effZX" description="Effective thermal conductivity, ZX component"/>
        </expressions>
        <expressions key="k_effYY">
          <value tag="k_effYY" expression="root.mod1.ts.kYY" description="Effective thermal conductivity, YY component"/>
        </expressions>
        <expressions key="k_effZY">
          <value tag="k_effZY" description="Effective thermal conductivity, ZY component"/>
        </expressions>
        <expressions key="k_effXZ">
          <value tag="k_effXZ" description="Effective thermal conductivity, XZ component"/>
        </expressions>
        <expressions key="k_effYZ">
          <value tag="k_effYZ" description="Effective thermal conductivity, YZ component"/>
        </expressions>
        <expressions key="k_effZZ">
          <value tag="k_effZZ" description="Effective thermal conductivity, ZZ component"/>
        </expressions>
        <expressions key="C_eff">
          <value tag="C_eff" expression="root.mod1.ts.rho*root.mod1.ts.Cp" description="Effective volumetric heat capacity"/>
        </expressions>
        <expressions key="alphap">
          <value tag="alphap" expression="-d(root.mod1.ts.rho,root.mod1.T)/(root.mod1.ts.rho+eps)" description="Isobaric compressibility coefficient"/>
        </expressions>
        <expressions key="pA">
          <value tag="pA" expression="1[atm]" description="Absolute pressure"/>
        </expressions>
        <expressions key="uX">
          <value tag="uX" description="Velocity field, X component"/>
        </expressions>
        <expressions key="uY">
          <value tag="uY" description="Velocity field, Y component"/>
        </expressions>
        <expressions key="uZ">
          <value tag="uZ" description="Velocity field, Z component"/>
        </expressions>
        <expressions key="gradTX">
          <value tag="gradTX" expression="root.mod1.TX" description="Temperature gradient, X component"/>
        </expressions>
        <expressions key="gradTY">
          <value tag="gradTY" expression="root.mod1.TY" description="Temperature gradient, Y component"/>
        </expressions>
        <expressions key="gradTZ">
          <value tag="gradTZ" description="Temperature gradient, Z component"/>
        </expressions>
        <expressions key="gradTmag">
          <value tag="gradTmag" expression="sqrt(root.mod1.ts.gradTX^2+root.mod1.ts.gradTY^2)" description="Temperature gradient magnitude"/>
        </expressions>
        <expressions key="kmean">
          <value tag="kmean" expression="0.5*(root.mod1.ts.k_eff_p1+root.mod1.ts.k_eff_p2)" description="Mean effective thermal conductivity"/>
        </expressions>
        <expressions key="dfluxZ">
          <value tag="dfluxZ" description="Conductive heat flux, Z component"/>
        </expressions>
        <expressions key="dfluxMag">
          <value tag="dfluxMag" expression="sqrt(root.mod1.ts.dfluxX^2+root.mod1.ts.dfluxY^2)" description="Conductive heat flux magnitude"/>
        </expressions>
        <expressions key="Q">
          <value tag="Q" description="Heat source"/>
        </expressions>
        <expressions key="qs">
          <value tag="qs" description="Production/absorption coefficient"/>
        </expressions>
        <expressions key="Qmet">
          <value tag="Qmet" description="Metabolic heat source"/>
        </expressions>
        <expressions key="Qoop">
          <value tag="Qoop" description="Out-of-plane_heat_source"/>
        </expressions>
        <expressions key="qs_oop">
          <value tag="qs_oop" description="Out-of-plane_production/absorption_coefficient"/>
        </expressions>
        <expressions key="Qtot">
          <value tag="Qtot" description="Total heat source"/>
        </expressions>
        <expressions key="gammaInt">
          <value tag="gammaInt" expression="1" description="Ratio of specific heats for integration"/>
        </expressions>
        <expressions key="HRef">
          <value tag="HRef" expression="subst(subst(root.mod1.ts.CpInt,root.mod1.ts.pA,1[atm]),root.mod1.T,298.15[K])*298.15[K]" description="Reference enthalpy"/>
        </expressions>
        <expressions key="DeltaH">
          <value tag="DeltaH" expression="0.05*(subst(subst(root.mod1.ts.CpInt,root.mod1.ts.pA,1[atm]),root.mod1.T,298.15[K])+2*subst(subst(root.mod1.ts.CpInt,root.mod1.ts.pA,1[atm]),root.mod1.T,0.9*298.15[K]+0.1*root.mod1.T)+2*subst(subst(root.mod1.ts.CpInt,root.mod1.ts.pA,1[atm]),root.mod1.T,0.8*298.15[K]+0.2*root.mod1.T)+2*subst(subst(root.mod1.ts.CpInt,root.mod1.ts.pA,1[atm]),root.mod1.T,0.7*298.15[K]+0.3*root.mod1.T)+2*subst(subst(root.mod1.ts.CpInt,root.mod1.ts.pA,1[atm]),root.mod1.T,0.6*298.15[K]+0.4*root.mod1.T)+2*subst(subst(root.mod1.ts.CpInt,root.mod1.ts.pA,1[atm]),root.mod1.T,0.5*(298.15[K]+root.mod1.T))+2*subst(subst(root.mod1.ts.CpInt,root.mod1.ts.pA,1[atm]),root.mod1.T,0.4*298.15[K]+0.6*root.mod1.T)+2*subst(subst(root.mod1.ts.CpInt,root.mod1.ts.pA,1[atm]),root.mod1.T,0.30000000000000004*298.15[K]+0.7*root.mod1.T)+2*subst(subst(root.mod1.ts.CpInt,root.mod1.ts.pA,1[atm]),root.mod1.T,0.19999999999999996*298.15[K]+0.8*root.mod1.T)+2*subst(subst(root.mod1.ts.CpInt,root.mod1.ts.pA,1[atm]),root.mod1.T,0.09999999999999998*298.15[K]+0.9*root.mod1.T)+subst(root.mod1.ts.CpInt,root.mod1.ts.pA,1[atm]))*(root.mod1.T-298.15[K])" description="Sensible enthalpy"/>
        </expressions>
        <expressions key="H">
          <value tag="H" expression="root.mod1.ts.HRef+root.mod1.ts.DeltaH" description="Enthalpy"/>
        </expressions>
        <expressions key="H0">
          <value tag="H0" expression="root.mod1.ts.H" description="Total enthalpy"/>
        </expressions>
        <expressions key="Ei">
          <value tag="Ei" expression="root.mod1.ts.H" description="Internal energy"/>
        </expressions>
        <expressions key="Ei0">
          <value tag="Ei0" expression="root.mod1.ts.Ei" description="Total internal energy"/>
        </expressions>
        <expressions key="trlfluxX">
          <value tag="trlfluxX" description="Translational heat flux, X component"/>
        </expressions>
        <expressions key="trlfluxY">
          <value tag="trlfluxY" description="Translational heat flux, Y component"/>
        </expressions>
        <expressions key="trlfluxZ">
          <value tag="trlfluxZ" description="Translational heat flux, Z component"/>
        </expressions>
        <expressions key="afluxX">
          <value tag="afluxX" description="Convective heat flux, X component"/>
        </expressions>
        <expressions key="afluxY">
          <value tag="afluxY" description="Convective heat flux, Y component"/>
        </expressions>
        <expressions key="afluxZ">
          <value tag="afluxZ" description="Convective heat flux, Z component"/>
        </expressions>
        <expressions key="tfluxX">
          <value tag="tfluxX" expression="root.mod1.ts.dfluxX" description="Total heat flux, X component"/>
        </expressions>
        <expressions key="tfluxY">
          <value tag="tfluxY" expression="root.mod1.ts.dfluxY" description="Total heat flux, Y component"/>
        </expressions>
        <expressions key="tfluxZ">
          <value tag="tfluxZ" description="Total heat flux, Z component"/>
        </expressions>
        <expressions key="tfluxMag">
          <value tag="tfluxMag" expression="sqrt(root.mod1.ts.tfluxX^2+root.mod1.ts.tfluxY^2)" description="Total heat flux magnitude"/>
        </expressions>
        <expressions key="tefluxX">
          <value tag="tefluxX" expression="root.mod1.ts.dfluxX" description="Total energy flux, X component"/>
        </expressions>
        <expressions key="tefluxY">
          <value tag="tefluxY" expression="root.mod1.ts.dfluxY" description="Total energy flux, Y component"/>
        </expressions>
        <expressions key="tefluxZ">
          <value tag="tefluxZ" description="Total energy flux, Z component"/>
        </expressions>
        <expressions key="tefluxMag">
          <value tag="tefluxMag" expression="sqrt(root.mod1.ts.tefluxX^2+root.mod1.ts.tefluxY^2)" description="Total energy flux magnitude"/>
        </expressions>
        <expressions key="gamma">
          <value tag="gamma" expression="1" description="Ratio of specific heats"/>
        </expressions>
        <expressions key="uInitX">
          <value tag="uInitX" description="Initial value of displacement, X component"/>
        </expressions>
        <expressions key="uInitY">
          <value tag="uInitY" description="Initial value of displacement, Y component"/>
        </expressions>
        <expressions key="uInitZ">
          <value tag="uInitZ" description="Initial value of displacement, Z component"/>
        </expressions>
        <expressions key="utInitX">
          <value tag="utInitX" description="Initial value of structural velocity, X component"/>
        </expressions>
        <expressions key="utInitY">
          <value tag="utInitY" description="Initial value of structural velocity, Y component"/>
        </expressions>
        <expressions key="utInitZ">
          <value tag="utInitZ" description="Initial value of structural velocity, Z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr21">
      <value tag="iexpr21" derivedFrom="//@physics/@physints[key='ts']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 21" entityComments="" entityAuthor="" entityCreationTime="1409866696777">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696777" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="33,1,2,3,13,19,23,26,32" dim="1" hDim="1"/>
        <expressions key="nX">
          <value tag="nX" expression="root.dnX" description="Normal vector, X component"/>
        </expressions>
        <expressions key="nY">
          <value tag="nY" expression="root.dnY" description="Normal vector, Y component"/>
        </expressions>
        <expressions key="nZ">
          <value tag="nZ" description="Normal vector, Z component"/>
        </expressions>
        <expressions key="nXmesh">
          <value tag="nXmesh" expression="root.dnXmesh" description="Normal vector, X component"/>
        </expressions>
        <expressions key="nYmesh">
          <value tag="nYmesh" expression="root.dnYmesh" description="Normal vector, Y component"/>
        </expressions>
        <expressions key="nZmesh">
          <value tag="nZmesh" description="Normal vector, Z component"/>
        </expressions>
        <expressions key="nx">
          <value tag="nx" expression="root.dnx" description="Normal vector, x component"/>
        </expressions>
        <expressions key="ny">
          <value tag="ny" expression="root.dny" description="Normal vector, y component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nxmesh">
          <value tag="nxmesh" expression="root.dnxmesh" description="Normal vector, x component"/>
        </expressions>
        <expressions key="nymesh">
          <value tag="nymesh" expression="root.dnymesh" description="Normal vector, y component"/>
        </expressions>
        <expressions key="nzmesh">
          <value tag="nzmesh" description="Normal vector, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr22">
      <value tag="iexpr22" derivedFrom="//@physics/@physints[key='ts']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 22" entityComments="" entityAuthor="" entityCreationTime="1409866696778">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696778" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="33,4,5,6,7,8,9,10,11,12,14,15,16,17,18,20,21,22,24,25,27,28,29,30,31" dim="1" hDim="1"/>
        <expressions key="nX">
          <value tag="nX" expression="root.nX" description="Normal vector, X component"/>
        </expressions>
        <expressions key="nY">
          <value tag="nY" expression="root.nY" description="Normal vector, Y component"/>
        </expressions>
        <expressions key="nZ">
          <value tag="nZ" description="Normal vector, Z component"/>
        </expressions>
        <expressions key="nXmesh">
          <value tag="nXmesh" expression="root.nXmesh" description="Normal vector, X component"/>
        </expressions>
        <expressions key="nYmesh">
          <value tag="nYmesh" expression="root.nYmesh" description="Normal vector, Y component"/>
        </expressions>
        <expressions key="nZmesh">
          <value tag="nZmesh" description="Normal vector, Z component"/>
        </expressions>
        <expressions key="nx">
          <value tag="nx" expression="root.nx" description="Normal vector, x component"/>
        </expressions>
        <expressions key="ny">
          <value tag="ny" expression="root.ny" description="Normal vector, y component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nxmesh">
          <value tag="nxmesh" expression="root.nxmesh" description="Normal vector, x component"/>
        </expressions>
        <expressions key="nymesh">
          <value tag="nymesh" expression="root.nymesh" description="Normal vector, y component"/>
        </expressions>
        <expressions key="nzmesh">
          <value tag="nzmesh" description="Normal vector, z component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr23">
      <value tag="iexpr23" derivedFrom="//@physics/@physints[key='ts']/@value/@prop/@props[key='refpnt']/@value" entityName="Variables 23" entityComments="" entityAuthor="" entityCreationTime="1409866696782">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696781" selType="global"/>
        <expressions key="refpntx">
          <value tag="refpntx" description="Reference point for moment computation, x coordinate"/>
        </expressions>
        <expressions key="refpnty">
          <value tag="refpnty" description="Reference point for moment computation, y coordinate"/>
        </expressions>
        <expressions key="refpntz">
          <value tag="refpntz" description="Reference point for moment computation, z coordinate"/>
        </expressions>
        <expressions key="cref">
          <value tag="cref" expression="root.mod1.ts.cp" description="Typical wave speed for perfectly matched layers"/>
        </expressions>
        <expressions key="Ws_tot">
          <value tag="Ws_tot" expression="root.mod1.ts.tle1.int4(0.5*(root.mod1.ts.Sl11*root.mod1.ts.eel11+2*root.mod1.ts.Sl12*root.mod1.ts.eel12+2*root.mod1.ts.Sl13*root.mod1.ts.eel13+root.mod1.ts.Sl22*root.mod1.ts.eel22+2*root.mod1.ts.Sl23*root.mod1.ts.eel23+root.mod1.ts.Sl33*root.mod1.ts.eel33)*root.mod1.ts.d)" description="Total strain energy"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr24">
      <value tag="iexpr24" derivedFrom="//@physics/@physints[key='ts']/@value/@feature/@features[key='tle1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 24" entityComments="" entityAuthor="" entityCreationTime="1409866696782">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696782" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,1,8" dim="2" hDim="2"/>
        <expressions key="E">
          <value tag="E" expression="1.69E11[Pa]" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.22" description="Poisson's ratio"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="2320[kg/m^3]" description="Density"/>
        </expressions>
        <expressions key="alpha11">
          <value tag="alpha11" expression="root.mod1.mat1.def.alpha(root.mod1.ts.tle1.minput_temperature)[1/K]" description="Coefficient of thermal expansion, 11 component"/>
        </expressions>
        <expressions key="alpha21">
          <value tag="alpha21" description="Coefficient of thermal expansion, 21 component"/>
        </expressions>
        <expressions key="alpha31">
          <value tag="alpha31" description="Coefficient of thermal expansion, 31 component"/>
        </expressions>
        <expressions key="alpha12">
          <value tag="alpha12" description="Coefficient of thermal expansion, 12 component"/>
        </expressions>
        <expressions key="alpha22">
          <value tag="alpha22" expression="root.mod1.mat1.def.alpha(root.mod1.ts.tle1.minput_temperature)[1/K]" description="Coefficient of thermal expansion, 22 component"/>
        </expressions>
        <expressions key="alpha32">
          <value tag="alpha32" description="Coefficient of thermal expansion, 32 component"/>
        </expressions>
        <expressions key="alpha13">
          <value tag="alpha13" description="Coefficient of thermal expansion, 13 component"/>
        </expressions>
        <expressions key="alpha23">
          <value tag="alpha23" description="Coefficient of thermal expansion, 23 component"/>
        </expressions>
        <expressions key="alpha33">
          <value tag="alpha33" expression="root.mod1.mat1.def.alpha(root.mod1.ts.tle1.minput_temperature)[1/K]" description="Coefficient of thermal expansion, 33 component"/>
        </expressions>
        <expressions key="kXX">
          <value tag="kXX" expression="root.mod1.mat1.def.k(root.mod1.ts.tle1.minput_temperature)[W/(m*K)]" description="Thermal conductivity, XX component"/>
        </expressions>
        <expressions key="kYX">
          <value tag="kYX" description="Thermal conductivity, YX component"/>
        </expressions>
        <expressions key="kZX">
          <value tag="kZX" description="Thermal conductivity, ZX component"/>
        </expressions>
        <expressions key="kXY">
          <value tag="kXY" description="Thermal conductivity, XY component"/>
        </expressions>
        <expressions key="kYY">
          <value tag="kYY" expression="root.mod1.mat1.def.k(root.mod1.ts.tle1.minput_temperature)[W/(m*K)]" description="Thermal conductivity, YY component"/>
        </expressions>
        <expressions key="kZY">
          <value tag="kZY" description="Thermal conductivity, ZY component"/>
        </expressions>
        <expressions key="kXZ">
          <value tag="kXZ" description="Thermal conductivity, XZ component"/>
        </expressions>
        <expressions key="kYZ">
          <value tag="kYZ" description="Thermal conductivity, YZ component"/>
        </expressions>
        <expressions key="kZZ">
          <value tag="kZZ" expression="root.mod1.mat1.def.k(root.mod1.ts.tle1.minput_temperature)[W/(m*K)]" description="Thermal conductivity, ZZ component"/>
        </expressions>
        <expressions key="Cp">
          <value tag="Cp" expression="678[J/(kg*K)]" description="Heat capacity at constant pressure"/>
        </expressions>
        <expressions key="k_effYX">
          <value tag="k_effYX" description="Effective thermal conductivity, YX component"/>
        </expressions>
        <expressions key="k_effXY">
          <value tag="k_effXY" description="Effective thermal conductivity, XY component"/>
        </expressions>
        <expressions key="dfluxX">
          <value tag="dfluxX" expression="-root.mod1.ts.k_effXX*root.mod1.TX" description="Conductive heat flux, X component"/>
        </expressions>
        <expressions key="dfluxY">
          <value tag="dfluxY" expression="-root.mod1.ts.k_effYY*root.mod1.TY" description="Conductive heat flux, Y component"/>
        </expressions>
        <expressions key="rhoInt">
          <value tag="rhoInt" expression="2320[kg/m^3]" description="Density for integration"/>
        </expressions>
        <expressions key="CpInt">
          <value tag="CpInt" expression="678[J/(kg*K)]" description="Specific heat capacity for integration"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr25">
      <value tag="iexpr25" derivedFrom="//@physics/@physints[key='ts']/@value/@feature/@features[key='tle1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 25" entityComments="" entityAuthor="" entityCreationTime="1409866696783">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696783" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,6,9" dim="2" hDim="2"/>
        <expressions key="E">
          <value tag="E" expression="3.6E11[Pa]" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.27" description="Poisson's ratio"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="17800[kg/m^3]" description="Density"/>
        </expressions>
        <expressions key="alpha11">
          <value tag="alpha11" expression="4.5E-6[1/K]" description="Coefficient of thermal expansion, 11 component"/>
        </expressions>
        <expressions key="alpha21">
          <value tag="alpha21" description="Coefficient of thermal expansion, 21 component"/>
        </expressions>
        <expressions key="alpha31">
          <value tag="alpha31" description="Coefficient of thermal expansion, 31 component"/>
        </expressions>
        <expressions key="alpha12">
          <value tag="alpha12" description="Coefficient of thermal expansion, 12 component"/>
        </expressions>
        <expressions key="alpha22">
          <value tag="alpha22" expression="4.5E-6[1/K]" description="Coefficient of thermal expansion, 22 component"/>
        </expressions>
        <expressions key="alpha32">
          <value tag="alpha32" description="Coefficient of thermal expansion, 32 component"/>
        </expressions>
        <expressions key="alpha13">
          <value tag="alpha13" description="Coefficient of thermal expansion, 13 component"/>
        </expressions>
        <expressions key="alpha23">
          <value tag="alpha23" description="Coefficient of thermal expansion, 23 component"/>
        </expressions>
        <expressions key="alpha33">
          <value tag="alpha33" expression="4.5E-6[1/K]" description="Coefficient of thermal expansion, 33 component"/>
        </expressions>
        <expressions key="kXX">
          <value tag="kXX" expression="root.material.k11" description="Thermal conductivity, XX component"/>
        </expressions>
        <expressions key="kYX">
          <value tag="kYX" expression="root.material.k21" description="Thermal conductivity, YX component"/>
        </expressions>
        <expressions key="kZX">
          <value tag="kZX" expression="root.material.k31" description="Thermal conductivity, ZX component"/>
        </expressions>
        <expressions key="kXY">
          <value tag="kXY" expression="root.material.k12" description="Thermal conductivity, XY component"/>
        </expressions>
        <expressions key="kYY">
          <value tag="kYY" expression="root.material.k22" description="Thermal conductivity, YY component"/>
        </expressions>
        <expressions key="kZY">
          <value tag="kZY" expression="root.material.k32" description="Thermal conductivity, ZY component"/>
        </expressions>
        <expressions key="kXZ">
          <value tag="kXZ" expression="root.material.k13" description="Thermal conductivity, XZ component"/>
        </expressions>
        <expressions key="kYZ">
          <value tag="kYZ" expression="root.material.k23" description="Thermal conductivity, YZ component"/>
        </expressions>
        <expressions key="kZZ">
          <value tag="kZZ" expression="root.material.k33" description="Thermal conductivity, ZZ component"/>
        </expressions>
        <expressions key="Cp">
          <value tag="Cp" expression="root.material.Cp" description="Heat capacity at constant pressure"/>
        </expressions>
        <expressions key="rhoInt">
          <value tag="rhoInt" expression="17800[kg/m^3]" description="Density for integration"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr26">
      <value tag="iexpr26" derivedFrom="//@physics/@physints[key='ts']/@value/@feature/@features[key='tle1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 26" entityComments="" entityAuthor="" entityCreationTime="1409866696783">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696783" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,4" dim="2" hDim="2"/>
        <expressions key="E">
          <value tag="E" expression="1.01E11" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.3" description="Poisson's ratio"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="7500[kg/m^3]" description="Density"/>
        </expressions>
        <expressions key="alpha11">
          <value tag="alpha11" expression="root.material.alpha11" description="Coefficient of thermal expansion, 11 component"/>
        </expressions>
        <expressions key="alpha21">
          <value tag="alpha21" expression="root.material.alpha21" description="Coefficient of thermal expansion, 21 component"/>
        </expressions>
        <expressions key="alpha31">
          <value tag="alpha31" expression="root.material.alpha31" description="Coefficient of thermal expansion, 31 component"/>
        </expressions>
        <expressions key="alpha12">
          <value tag="alpha12" expression="root.material.alpha12" description="Coefficient of thermal expansion, 12 component"/>
        </expressions>
        <expressions key="alpha22">
          <value tag="alpha22" expression="root.material.alpha22" description="Coefficient of thermal expansion, 22 component"/>
        </expressions>
        <expressions key="alpha32">
          <value tag="alpha32" expression="root.material.alpha32" description="Coefficient of thermal expansion, 32 component"/>
        </expressions>
        <expressions key="alpha13">
          <value tag="alpha13" expression="root.material.alpha13" description="Coefficient of thermal expansion, 13 component"/>
        </expressions>
        <expressions key="alpha23">
          <value tag="alpha23" expression="root.material.alpha23" description="Coefficient of thermal expansion, 23 component"/>
        </expressions>
        <expressions key="alpha33">
          <value tag="alpha33" expression="root.material.alpha33" description="Coefficient of thermal expansion, 33 component"/>
        </expressions>
        <expressions key="kXX">
          <value tag="kXX" expression="root.material.k11" description="Thermal conductivity, XX component"/>
        </expressions>
        <expressions key="kYX">
          <value tag="kYX" expression="root.material.k21" description="Thermal conductivity, YX component"/>
        </expressions>
        <expressions key="kZX">
          <value tag="kZX" expression="root.material.k31" description="Thermal conductivity, ZX component"/>
        </expressions>
        <expressions key="kXY">
          <value tag="kXY" expression="root.material.k12" description="Thermal conductivity, XY component"/>
        </expressions>
        <expressions key="kYY">
          <value tag="kYY" expression="root.material.k22" description="Thermal conductivity, YY component"/>
        </expressions>
        <expressions key="kZY">
          <value tag="kZY" expression="root.material.k32" description="Thermal conductivity, ZY component"/>
        </expressions>
        <expressions key="kXZ">
          <value tag="kXZ" expression="root.material.k13" description="Thermal conductivity, XZ component"/>
        </expressions>
        <expressions key="kYZ">
          <value tag="kYZ" expression="root.material.k23" description="Thermal conductivity, YZ component"/>
        </expressions>
        <expressions key="kZZ">
          <value tag="kZZ" expression="root.material.k33" description="Thermal conductivity, ZZ component"/>
        </expressions>
        <expressions key="Cp">
          <value tag="Cp" expression="root.material.Cp" description="Heat capacity at constant pressure"/>
        </expressions>
        <expressions key="rhoInt">
          <value tag="rhoInt" expression="7500[kg/m^3]" description="Density for integration"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr27">
      <value tag="iexpr27" derivedFrom="//@physics/@physints[key='ts']/@value/@feature/@features[key='tle1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 27" entityComments="" entityAuthor="" entityCreationTime="1409866696784">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696784" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,2,7" dim="2" hDim="2"/>
        <expressions key="E">
          <value tag="E" expression="2.52E11" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.25" description="Poisson's ratio"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="4240" description="Density"/>
        </expressions>
        <expressions key="alpha11">
          <value tag="alpha11" expression="root.material.alpha11" description="Coefficient of thermal expansion, 11 component"/>
        </expressions>
        <expressions key="alpha21">
          <value tag="alpha21" expression="root.material.alpha21" description="Coefficient of thermal expansion, 21 component"/>
        </expressions>
        <expressions key="alpha31">
          <value tag="alpha31" expression="root.material.alpha31" description="Coefficient of thermal expansion, 31 component"/>
        </expressions>
        <expressions key="alpha12">
          <value tag="alpha12" expression="root.material.alpha12" description="Coefficient of thermal expansion, 12 component"/>
        </expressions>
        <expressions key="alpha22">
          <value tag="alpha22" expression="root.material.alpha22" description="Coefficient of thermal expansion, 22 component"/>
        </expressions>
        <expressions key="alpha32">
          <value tag="alpha32" expression="root.material.alpha32" description="Coefficient of thermal expansion, 32 component"/>
        </expressions>
        <expressions key="alpha13">
          <value tag="alpha13" expression="root.material.alpha13" description="Coefficient of thermal expansion, 13 component"/>
        </expressions>
        <expressions key="alpha23">
          <value tag="alpha23" expression="root.material.alpha23" description="Coefficient of thermal expansion, 23 component"/>
        </expressions>
        <expressions key="alpha33">
          <value tag="alpha33" expression="root.material.alpha33" description="Coefficient of thermal expansion, 33 component"/>
        </expressions>
        <expressions key="kXX">
          <value tag="kXX" expression="root.material.k11" description="Thermal conductivity, XX component"/>
        </expressions>
        <expressions key="kYX">
          <value tag="kYX" expression="root.material.k21" description="Thermal conductivity, YX component"/>
        </expressions>
        <expressions key="kZX">
          <value tag="kZX" expression="root.material.k31" description="Thermal conductivity, ZX component"/>
        </expressions>
        <expressions key="kXY">
          <value tag="kXY" expression="root.material.k12" description="Thermal conductivity, XY component"/>
        </expressions>
        <expressions key="kYY">
          <value tag="kYY" expression="root.material.k22" description="Thermal conductivity, YY component"/>
        </expressions>
        <expressions key="kZY">
          <value tag="kZY" expression="root.material.k32" description="Thermal conductivity, ZY component"/>
        </expressions>
        <expressions key="kXZ">
          <value tag="kXZ" expression="root.material.k13" description="Thermal conductivity, XZ component"/>
        </expressions>
        <expressions key="kYZ">
          <value tag="kYZ" expression="root.material.k23" description="Thermal conductivity, YZ component"/>
        </expressions>
        <expressions key="kZZ">
          <value tag="kZZ" expression="root.material.k33" description="Thermal conductivity, ZZ component"/>
        </expressions>
        <expressions key="Cp">
          <value tag="Cp" expression="root.material.Cp" description="Heat capacity at constant pressure"/>
        </expressions>
        <expressions key="rhoInt">
          <value tag="rhoInt" expression="4240" description="Density for integration"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr28">
      <value tag="iexpr28" derivedFrom="//@physics/@physints[key='ts']/@value/@feature/@features[key='tle1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 28" entityComments="" entityAuthor="" entityCreationTime="1409866696785">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696784" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,3,5" dim="2" hDim="2"/>
        <expressions key="E">
          <value tag="E" expression="5.28E11" description="Young's modulus"/>
        </expressions>
        <expressions key="nu">
          <value tag="nu" expression="0.26" description="Poisson's ratio"/>
        </expressions>
        <expressions key="rho">
          <value tag="rho" expression="22560" description="Density"/>
        </expressions>
        <expressions key="alpha11">
          <value tag="alpha11" expression="root.material.alpha11" description="Coefficient of thermal expansion, 11 component"/>
        </expressions>
        <expressions key="alpha21">
          <value tag="alpha21" expression="root.material.alpha21" description="Coefficient of thermal expansion, 21 component"/>
        </expressions>
        <expressions key="alpha31">
          <value tag="alpha31" expression="root.material.alpha31" description="Coefficient of thermal expansion, 31 component"/>
        </expressions>
        <expressions key="alpha12">
          <value tag="alpha12" expression="root.material.alpha12" description="Coefficient of thermal expansion, 12 component"/>
        </expressions>
        <expressions key="alpha22">
          <value tag="alpha22" expression="root.material.alpha22" description="Coefficient of thermal expansion, 22 component"/>
        </expressions>
        <expressions key="alpha32">
          <value tag="alpha32" expression="root.material.alpha32" description="Coefficient of thermal expansion, 32 component"/>
        </expressions>
        <expressions key="alpha13">
          <value tag="alpha13" expression="root.material.alpha13" description="Coefficient of thermal expansion, 13 component"/>
        </expressions>
        <expressions key="alpha23">
          <value tag="alpha23" expression="root.material.alpha23" description="Coefficient of thermal expansion, 23 component"/>
        </expressions>
        <expressions key="alpha33">
          <value tag="alpha33" expression="root.material.alpha33" description="Coefficient of thermal expansion, 33 component"/>
        </expressions>
        <expressions key="kXX">
          <value tag="kXX" expression="root.material.k11" description="Thermal conductivity, XX component"/>
        </expressions>
        <expressions key="kYX">
          <value tag="kYX" expression="root.material.k21" description="Thermal conductivity, YX component"/>
        </expressions>
        <expressions key="kZX">
          <value tag="kZX" expression="root.material.k31" description="Thermal conductivity, ZX component"/>
        </expressions>
        <expressions key="kXY">
          <value tag="kXY" expression="root.material.k12" description="Thermal conductivity, XY component"/>
        </expressions>
        <expressions key="kYY">
          <value tag="kYY" expression="root.material.k22" description="Thermal conductivity, YY component"/>
        </expressions>
        <expressions key="kZY">
          <value tag="kZY" expression="root.material.k32" description="Thermal conductivity, ZY component"/>
        </expressions>
        <expressions key="kXZ">
          <value tag="kXZ" expression="root.material.k13" description="Thermal conductivity, XZ component"/>
        </expressions>
        <expressions key="kYZ">
          <value tag="kYZ" expression="root.material.k23" description="Thermal conductivity, YZ component"/>
        </expressions>
        <expressions key="kZZ">
          <value tag="kZZ" expression="root.material.k33" description="Thermal conductivity, ZZ component"/>
        </expressions>
        <expressions key="Cp">
          <value tag="Cp" expression="root.material.Cp" description="Heat capacity at constant pressure"/>
        </expressions>
        <expressions key="rhoInt">
          <value tag="rhoInt" expression="22560" description="Density for integration"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr29">
      <value tag="iexpr29" derivedFrom="//@physics/@physints[key='ts']/@value/@feature/@features[key='tle1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 29" entityComments="" entityAuthor="" entityCreationTime="1409866696795">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696795" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,2,3,4,5,7" dim="2" hDim="2"/>
        <expressions key="eel12">
          <value tag="eel12" expression="0.5*(root.mod1.u2Y+root.mod1.v2X)-root.mod1.ts.eiel12" description="Elastic strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eel13">
          <value tag="eel13" expression="-root.mod1.ts.eiel13" description="Elastic strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eel23">
          <value tag="eel23" expression="-root.mod1.ts.eiel23" description="Elastic strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="eiel12">
          <value tag="eiel12" expression="root.mod1.ts.eth12" description="Inelastic strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eiel13">
          <value tag="eiel13" expression="root.mod1.ts.eth13" description="Inelastic strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eiel23">
          <value tag="eiel23" expression="root.mod1.ts.eth23" description="Inelastic strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Sl13">
          <value tag="Sl13" expression="2*root.mod1.ts.D66*root.mod1.ts.eel13" description="Second Piola-Kirchhoff stress, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="Sl23">
          <value tag="Sl23" expression="2*root.mod1.ts.D55*root.mod1.ts.eel23" description="Second Piola-Kirchhoff stress, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="SlGp13">
          <value tag="SlGp13" expression="root.mod1.ts.solidGpEval(root.mod1.ts.Sl13)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 13 component"/>
        </expressions>
        <expressions key="SlGp23">
          <value tag="SlGp23" expression="root.mod1.ts.solidGpEval(root.mod1.ts.Sl23)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 23 component"/>
        </expressions>
        <expressions key="Ws">
          <value tag="Ws" expression="0.5*(root.mod1.ts.Sl11*root.mod1.ts.eel11+2*root.mod1.ts.Sl12*root.mod1.ts.eel12+2*root.mod1.ts.Sl13*root.mod1.ts.eel13+root.mod1.ts.Sl22*root.mod1.ts.eel22+2*root.mod1.ts.Sl23*root.mod1.ts.eel23+root.mod1.ts.Sl33*root.mod1.ts.eel33)" description="Strain energy density"/>
        </expressions>
        <expressions key="SXZ">
          <value tag="SXZ" expression="root.mod1.ts.Sl13" description="Second Piola-Kirchhoff stress, XZ component"/>
        </expressions>
        <expressions key="SYZ">
          <value tag="SYZ" expression="root.mod1.ts.Sl23" description="Second Piola-Kirchhoff stress, YZ component"/>
        </expressions>
        <expressions key="SGpXZ">
          <value tag="SGpXZ" expression="root.mod1.ts.solidGpEval(root.mod1.ts.SXZ)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, XZ component"/>
        </expressions>
        <expressions key="SGpYZ">
          <value tag="SGpYZ" expression="root.mod1.ts.solidGpEval(root.mod1.ts.SYZ)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, YZ component"/>
        </expressions>
        <expressions key="PzX">
          <value tag="PzX" expression="root.mod1.ts.FdzZ*root.mod1.ts.SXZ" description="First Piola-Kirchhoff stress, zX component"/>
        </expressions>
        <expressions key="PzY">
          <value tag="PzY" expression="root.mod1.ts.FdzZ*root.mod1.ts.SYZ" description="First Piola-Kirchhoff stress, zY component"/>
        </expressions>
        <expressions key="PxZ">
          <value tag="PxZ" expression="root.mod1.ts.FdxX*root.mod1.ts.SXZ+root.mod1.ts.FdxY*root.mod1.ts.SYZ" description="First Piola-Kirchhoff stress, xZ component"/>
        </expressions>
        <expressions key="PyZ">
          <value tag="PyZ" expression="root.mod1.ts.FdyX*root.mod1.ts.SXZ+root.mod1.ts.FdyY*root.mod1.ts.SYZ" description="First Piola-Kirchhoff stress, yZ component"/>
        </expressions>
        <expressions key="PGpzX">
          <value tag="PGpzX" expression="root.mod1.ts.solidGpEval(root.mod1.ts.FdzZ*root.mod1.ts.SXZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zX component"/>
        </expressions>
        <expressions key="PGpzY">
          <value tag="PGpzY" expression="root.mod1.ts.solidGpEval(root.mod1.ts.FdzZ*root.mod1.ts.SYZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zY component"/>
        </expressions>
        <expressions key="PGpxZ">
          <value tag="PGpxZ" expression="root.mod1.ts.solidGpEval(root.mod1.ts.FdxX*root.mod1.ts.SXZ+root.mod1.ts.FdxY*root.mod1.ts.SYZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, xZ component"/>
        </expressions>
        <expressions key="PGpyZ">
          <value tag="PGpyZ" expression="root.mod1.ts.solidGpEval(root.mod1.ts.FdyX*root.mod1.ts.SXZ+root.mod1.ts.FdyY*root.mod1.ts.SYZ)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, yZ component"/>
        </expressions>
        <expressions key="sxz">
          <value tag="sxz" expression="root.mod1.ts.SXZ" description="Stress tensor, xz component"/>
        </expressions>
        <expressions key="syz">
          <value tag="syz" expression="root.mod1.ts.SYZ" description="Stress tensor, yz component"/>
        </expressions>
        <expressions key="sGpxz">
          <value tag="sGpxz" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sxz)" description="Stress tensor, Gauss-point evaluation, xz component"/>
        </expressions>
        <expressions key="sGpyz">
          <value tag="sGpyz" expression="root.mod1.ts.solidGpEval(root.mod1.ts.syz)" description="Stress tensor, Gauss-point evaluation, yz component"/>
        </expressions>
        <expressions key="sl13">
          <value tag="sl13" expression="root.mod1.ts.sxz" description="Stress tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="sl23">
          <value tag="sl23" expression="root.mod1.ts.syz" description="Stress tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="slGp13">
          <value tag="slGp13" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sxz)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 13 component"/>
        </expressions>
        <expressions key="slGp23">
          <value tag="slGp23" expression="root.mod1.ts.solidGpEval(root.mod1.ts.syz)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 23 component"/>
        </expressions>
        <expressions key="sdevxz">
          <value tag="sdevxz" expression="root.mod1.ts.sxz" description="Deviatoric stress tensor, xz component"/>
        </expressions>
        <expressions key="sdevyz">
          <value tag="sdevyz" expression="root.mod1.ts.syz" description="Deviatoric stress tensor, yz component"/>
        </expressions>
        <expressions key="sdevGpxz">
          <value tag="sdevGpxz" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sdevxz)" description="Deviatoric stress tensor, Gauss-point evaluation, xz component"/>
        </expressions>
        <expressions key="sdevGpyz">
          <value tag="sdevGpyz" expression="root.mod1.ts.solidGpEval(root.mod1.ts.sdevyz)" description="Deviatoric stress tensor, Gauss-point evaluation, yz component"/>
        </expressions>
        <expressions key="SdevXZ">
          <value tag="SdevXZ" expression="root.mod1.ts.SXZ" description="Deviatoric second Piola-Kirchhoff stress, XZ component"/>
        </expressions>
        <expressions key="SdevYZ">
          <value tag="SdevYZ" expression="root.mod1.ts.SYZ" description="Deviatoric second Piola-Kirchhoff stress, YZ component"/>
        </expressions>
        <expressions key="SdevGpXZ">
          <value tag="SdevGpXZ" expression="root.mod1.ts.solidGpEval(root.mod1.ts.SdevXZ)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, XZ component"/>
        </expressions>
        <expressions key="SdevGpYZ">
          <value tag="SdevGpYZ" expression="root.mod1.ts.solidGpEval(root.mod1.ts.SdevYZ)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, YZ component"/>
        </expressions>
        <expressions key="I2s">
          <value tag="I2s" expression="0.5*(root.mod1.ts.I1s^2-root.mod1.ts.sx^2-2*root.mod1.ts.sxy^2-2*root.mod1.ts.sxz^2-root.mod1.ts.sy^2-2*root.mod1.ts.syz^2-root.mod1.ts.sz^2)" description="Second principal invariant of stress"/>
        </expressions>
        <expressions key="I3s">
          <value tag="I3s" expression="root.mod1.ts.sx*root.mod1.ts.sy*root.mod1.ts.sz+2*root.mod1.ts.sxy*root.mod1.ts.syz*root.mod1.ts.sxz-root.mod1.ts.sx*root.mod1.ts.syz^2-root.mod1.ts.sxy^2*root.mod1.ts.sz-root.mod1.ts.sy*root.mod1.ts.sxz^2" description="Third principal invariant of stress"/>
        </expressions>
        <expressions key="II2s">
          <value tag="II2s" expression="0.5*(root.mod1.ts.sdevx^2+2*root.mod1.ts.sdevxy^2+2*root.mod1.ts.sdevxz^2+root.mod1.ts.sdevy^2+2*root.mod1.ts.sdevyz^2+root.mod1.ts.sdevz^2)" description="Second invariant of stress deviator"/>
        </expressions>
        <expressions key="II3s">
          <value tag="II3s" expression="root.mod1.ts.sdevx*root.mod1.ts.sdevy*root.mod1.ts.sdevz+2*root.mod1.ts.sdevxy*root.mod1.ts.sdevyz*root.mod1.ts.sdevxz-root.mod1.ts.sdevx*root.mod1.ts.sdevyz^2-root.mod1.ts.sdevxy^2*root.mod1.ts.sdevz-root.mod1.ts.sdevy*root.mod1.ts.sdevxz^2" description="Third invariant of stress deviator"/>
        </expressions>
        <expressions key="eth12">
          <value tag="eth12" expression="root.mod1.ts.alpha12*root.mod1.ts.Tdiff" description="Thermal strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eth13">
          <value tag="eth13" expression="root.mod1.ts.alpha13*root.mod1.ts.Tdiff" description="Thermal strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eth23">
          <value tag="eth23" expression="root.mod1.ts.alpha23*root.mod1.ts.Tdiff" description="Thermal strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Ent">
          <value tag="Ent" expression="root.mod1.ts.alpha11*root.mod1.ts.sx+2*root.mod1.ts.alpha12*root.mod1.ts.sxy+2*root.mod1.ts.alpha13*root.mod1.ts.sxz+root.mod1.ts.alpha22*root.mod1.ts.sy+2*root.mod1.ts.alpha23*root.mod1.ts.syz+root.mod1.ts.alpha33*root.mod1.ts.sz" description="Elastic contribution to entropy"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr30">
      <value tag="iexpr30" derivedFrom="//@physics/@physints[key='ts']/@value/@feature/@features[key='tle1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 30" entityComments="" entityAuthor="" entityCreationTime="1409866696796">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696796" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,1,6,8,9" dim="2" hDim="2"/>
        <expressions key="eel12">
          <value tag="eel12" expression="0.5*(root.mod1.u2Y+root.mod1.v2X)" description="Elastic strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eel13">
          <value tag="eel13" description="Elastic strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eel23">
          <value tag="eel23" description="Elastic strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="eiel12">
          <value tag="eiel12" description="Inelastic strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eiel13">
          <value tag="eiel13" description="Inelastic strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eiel23">
          <value tag="eiel23" description="Inelastic strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Sl13">
          <value tag="Sl13" description="Second Piola-Kirchhoff stress, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="Sl23">
          <value tag="Sl23" description="Second Piola-Kirchhoff stress, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="SlGp13">
          <value tag="SlGp13" expression="root.mod1.ts.solidGpEval(0)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 13 component"/>
        </expressions>
        <expressions key="SlGp23">
          <value tag="SlGp23" expression="root.mod1.ts.solidGpEval(0)" description="Second Piola-Kirchhoff stress, local coordinate system, Gauss-point evaluation, 23 component"/>
        </expressions>
        <expressions key="Ws">
          <value tag="Ws" expression="0.5*(root.mod1.ts.Sl11*root.mod1.ts.eel11+2*root.mod1.ts.Sl12*root.mod1.ts.eel12+root.mod1.ts.Sl22*root.mod1.ts.eel22+root.mod1.ts.Sl33*root.mod1.ts.eel33)" description="Strain energy density"/>
        </expressions>
        <expressions key="SXZ">
          <value tag="SXZ" description="Second Piola-Kirchhoff stress, XZ component"/>
        </expressions>
        <expressions key="SYZ">
          <value tag="SYZ" description="Second Piola-Kirchhoff stress, YZ component"/>
        </expressions>
        <expressions key="SGpXZ">
          <value tag="SGpXZ" expression="root.mod1.ts.solidGpEval(0)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, XZ component"/>
        </expressions>
        <expressions key="SGpYZ">
          <value tag="SGpYZ" expression="root.mod1.ts.solidGpEval(0)" description="Second Piola-Kirchhoff stress, Gauss-point evaluation, YZ component"/>
        </expressions>
        <expressions key="PzX">
          <value tag="PzX" description="First Piola-Kirchhoff stress, zX component"/>
        </expressions>
        <expressions key="PzY">
          <value tag="PzY" description="First Piola-Kirchhoff stress, zY component"/>
        </expressions>
        <expressions key="PxZ">
          <value tag="PxZ" description="First Piola-Kirchhoff stress, xZ component"/>
        </expressions>
        <expressions key="PyZ">
          <value tag="PyZ" description="First Piola-Kirchhoff stress, yZ component"/>
        </expressions>
        <expressions key="PGpzX">
          <value tag="PGpzX" expression="root.mod1.ts.solidGpEval(0)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zX component"/>
        </expressions>
        <expressions key="PGpzY">
          <value tag="PGpzY" expression="root.mod1.ts.solidGpEval(0)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, zY component"/>
        </expressions>
        <expressions key="PGpxZ">
          <value tag="PGpxZ" expression="root.mod1.ts.solidGpEval(0)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, xZ component"/>
        </expressions>
        <expressions key="PGpyZ">
          <value tag="PGpyZ" expression="root.mod1.ts.solidGpEval(0)" description="First Piola-Kirchhoff stress, Gauss-point evaluation, yZ component"/>
        </expressions>
        <expressions key="sxz">
          <value tag="sxz" description="Stress tensor, xz component"/>
        </expressions>
        <expressions key="syz">
          <value tag="syz" description="Stress tensor, yz component"/>
        </expressions>
        <expressions key="sGpxz">
          <value tag="sGpxz" expression="root.mod1.ts.solidGpEval(0)" description="Stress tensor, Gauss-point evaluation, xz component"/>
        </expressions>
        <expressions key="sGpyz">
          <value tag="sGpyz" expression="root.mod1.ts.solidGpEval(0)" description="Stress tensor, Gauss-point evaluation, yz component"/>
        </expressions>
        <expressions key="sl13">
          <value tag="sl13" description="Stress tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="sl23">
          <value tag="sl23" description="Stress tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="slGp13">
          <value tag="slGp13" expression="root.mod1.ts.solidGpEval(0)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 13 component"/>
        </expressions>
        <expressions key="slGp23">
          <value tag="slGp23" expression="root.mod1.ts.solidGpEval(0)" description="Stress tensor, local coordinate system, Gauss-point evaluation, 23 component"/>
        </expressions>
        <expressions key="sdevxz">
          <value tag="sdevxz" description="Deviatoric stress tensor, xz component"/>
        </expressions>
        <expressions key="sdevyz">
          <value tag="sdevyz" description="Deviatoric stress tensor, yz component"/>
        </expressions>
        <expressions key="sdevGpxz">
          <value tag="sdevGpxz" expression="root.mod1.ts.solidGpEval(0)" description="Deviatoric stress tensor, Gauss-point evaluation, xz component"/>
        </expressions>
        <expressions key="sdevGpyz">
          <value tag="sdevGpyz" expression="root.mod1.ts.solidGpEval(0)" description="Deviatoric stress tensor, Gauss-point evaluation, yz component"/>
        </expressions>
        <expressions key="SdevXZ">
          <value tag="SdevXZ" description="Deviatoric second Piola-Kirchhoff stress, XZ component"/>
        </expressions>
        <expressions key="SdevYZ">
          <value tag="SdevYZ" description="Deviatoric second Piola-Kirchhoff stress, YZ component"/>
        </expressions>
        <expressions key="SdevGpXZ">
          <value tag="SdevGpXZ" expression="root.mod1.ts.solidGpEval(0)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, XZ component"/>
        </expressions>
        <expressions key="SdevGpYZ">
          <value tag="SdevGpYZ" expression="root.mod1.ts.solidGpEval(0)" description="Deviatoric second Piola-Kirchhoff stress, Gauss-point evaluation, YZ component"/>
        </expressions>
        <expressions key="I2s">
          <value tag="I2s" expression="0.5*(root.mod1.ts.I1s^2-root.mod1.ts.sx^2-2*root.mod1.ts.sxy^2-root.mod1.ts.sy^2-root.mod1.ts.sz^2)" description="Second principal invariant of stress"/>
        </expressions>
        <expressions key="I3s">
          <value tag="I3s" expression="root.mod1.ts.sz*(root.mod1.ts.sx*root.mod1.ts.sy-root.mod1.ts.sxy^2)" description="Third principal invariant of stress"/>
        </expressions>
        <expressions key="II2s">
          <value tag="II2s" expression="0.5*(root.mod1.ts.sdevx^2+2*root.mod1.ts.sdevxy^2+root.mod1.ts.sdevy^2+root.mod1.ts.sdevz^2)" description="Second invariant of stress deviator"/>
        </expressions>
        <expressions key="II3s">
          <value tag="II3s" expression="root.mod1.ts.sdevz*(root.mod1.ts.sdevx*root.mod1.ts.sdevy-root.mod1.ts.sdevxy^2)" description="Third invariant of stress deviator"/>
        </expressions>
        <expressions key="eth12">
          <value tag="eth12" description="Thermal strain tensor, local coordinate system, 12 component"/>
        </expressions>
        <expressions key="eth13">
          <value tag="eth13" description="Thermal strain tensor, local coordinate system, 13 component"/>
        </expressions>
        <expressions key="eth23">
          <value tag="eth23" description="Thermal strain tensor, local coordinate system, 23 component"/>
        </expressions>
        <expressions key="Ent">
          <value tag="Ent" expression="root.mod1.ts.alpha11*root.mod1.ts.sx+root.mod1.ts.alpha22*root.mod1.ts.sy+root.mod1.ts.alpha33*root.mod1.ts.sz" description="Elastic contribution to entropy"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr31">
      <value tag="iexpr31" derivedFrom="//@physics/@physints[key='ts']/@value/@feature/@features[key='tle1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 31" entityComments="" entityAuthor="" entityCreationTime="1409866696834">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696834" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,2,3,4,5,6,7,9" dim="2" hDim="2"/>
        <expressions key="k_effYX">
          <value tag="k_effYX" expression="root.mod1.ts.kYX" description="Effective thermal conductivity, YX component"/>
        </expressions>
        <expressions key="k_effXY">
          <value tag="k_effXY" expression="root.mod1.ts.kXY" description="Effective thermal conductivity, XY component"/>
        </expressions>
        <expressions key="dfluxX">
          <value tag="dfluxX" expression="-root.mod1.ts.k_effXX*root.mod1.TX-root.mod1.ts.k_effXY*root.mod1.TY" description="Conductive heat flux, X component"/>
        </expressions>
        <expressions key="dfluxY">
          <value tag="dfluxY" expression="-root.mod1.ts.k_effYX*root.mod1.TX-root.mod1.ts.k_effYY*root.mod1.TY" description="Conductive heat flux, Y component"/>
        </expressions>
        <expressions key="CpInt">
          <value tag="CpInt" expression="root.material.Cp" description="Specific heat capacity for integration"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr32">
      <value tag="iexpr32" derivedFrom="//@coordsys/@features[key='sys1']/@value" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Variables 32" entityComments="" entityAuthor="" entityCreationTime="1409866696848">
        <tags tag="Analysis" values="1,'std3/stat'"/>
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1409866696847" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="33,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32" dim="1" hDim="1"/>
        <expressions key="Tdef11">
          <value tag="Tdef11" expression="root.ny/sqrt(1+eps)" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tdef21">
          <value tag="Tdef21" expression="root.nx" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tdef31">
          <value tag="Tdef31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tdef12">
          <value tag="Tdef12" expression="-root.nx/sqrt(1+eps)" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tdef22">
          <value tag="Tdef22" expression="root.ny" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="Tdef32">
          <value tag="Tdef32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="Tdef13">
          <value tag="Tdef13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="Tdef23">
          <value tag="Tdef23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="Tdef33">
          <value tag="Tdef33" expression="1/sqrt(1+eps)" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTdef11">
          <value tag="invTdef11" expression="root.mod1.sys1.Tdef11" description="Coordinate transform from system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTdef21">
          <value tag="invTdef21" expression="root.mod1.sys1.Tdef12" description="Coordinate transform from system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTdef31">
          <value tag="invTdef31" description="Coordinate transform from system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTdef12">
          <value tag="invTdef12" expression="root.mod1.sys1.Tdef21" description="Coordinate transform from system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTdef22">
          <value tag="invTdef22" expression="root.mod1.sys1.Tdef22" description="Coordinate transform from system (sys1), 22 component"/>
        </expressions>
        <expressions key="invTdef32">
          <value tag="invTdef32" description="Coordinate transform from system (sys1), 32 component"/>
        </expressions>
        <expressions key="invTdef13">
          <value tag="invTdef13" description="Coordinate transform from system (sys1), 13 component"/>
        </expressions>
        <expressions key="invTdef23">
          <value tag="invTdef23" description="Coordinate transform from system (sys1), 23 component"/>
        </expressions>
        <expressions key="invTdef33">
          <value tag="invTdef33" expression="root.mod1.sys1.Tdef33" description="Coordinate transform from system (sys1), 33 component"/>
        </expressions>
        <expressions key="Tref11">
          <value tag="Tref11" expression="root.nY/sqrt(1+eps)" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tref21">
          <value tag="Tref21" expression="root.nX" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tref31">
          <value tag="Tref31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tref12">
          <value tag="Tref12" expression="-root.nX/sqrt(1+eps)" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tref22">
          <value tag="Tref22" expression="root.nY" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="Tref32">
          <value tag="Tref32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="Tref13">
          <value tag="Tref13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="Tref23">
          <value tag="Tref23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="Tref33">
          <value tag="Tref33" expression="1/sqrt(1+eps)" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTref11">
          <value tag="invTref11" expression="root.mod1.sys1.Tref11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTref21">
          <value tag="invTref21" expression="root.mod1.sys1.Tref12" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTref31">
          <value tag="invTref31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTref12">
          <value tag="invTref12" expression="root.mod1.sys1.Tref21" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTref22">
          <value tag="invTref22" expression="root.mod1.sys1.Tref22" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="invTref32">
          <value tag="invTref32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="invTref13">
          <value tag="invTref13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="invTref23">
          <value tag="invTref23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="invTref33">
          <value tag="invTref33" expression="root.mod1.sys1.Tref33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="Tgeom11">
          <value tag="Tgeom11" expression="root.nY/sqrt(1+eps)" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tgeom21">
          <value tag="Tgeom21" expression="root.nX" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tgeom31">
          <value tag="Tgeom31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tgeom12">
          <value tag="Tgeom12" expression="-root.nX/sqrt(1+eps)" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tgeom22">
          <value tag="Tgeom22" expression="root.nY" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="Tgeom32">
          <value tag="Tgeom32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="Tgeom13">
          <value tag="Tgeom13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="Tgeom23">
          <value tag="Tgeom23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="Tgeom33">
          <value tag="Tgeom33" expression="1/sqrt(1+eps)" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTgeom11">
          <value tag="invTgeom11" expression="root.mod1.sys1.Tgeom11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTgeom21">
          <value tag="invTgeom21" expression="root.mod1.sys1.Tgeom12" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTgeom31">
          <value tag="invTgeom31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTgeom12">
          <value tag="invTgeom12" expression="root.mod1.sys1.Tgeom21" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTgeom22">
          <value tag="invTgeom22" expression="root.mod1.sys1.Tgeom22" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="invTgeom32">
          <value tag="invTgeom32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="invTgeom13">
          <value tag="invTgeom13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="invTgeom23">
          <value tag="invTgeom23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="invTgeom33">
          <value tag="invTgeom33" expression="root.mod1.sys1.Tgeom33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="T11">
          <value tag="T11" expression="root.mod1.sys1.Tdef11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="T21">
          <value tag="T21" expression="root.mod1.sys1.Tdef21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="T31">
          <value tag="T31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="T12">
          <value tag="T12" expression="root.mod1.sys1.Tdef12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="T22">
          <value tag="T22" expression="root.mod1.sys1.Tdef22" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="T32">
          <value tag="T32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="T13">
          <value tag="T13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="T23">
          <value tag="T23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="T33">
          <value tag="T33" expression="root.mod1.sys1.Tdef33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invT11">
          <value tag="invT11" expression="root.mod1.sys1.Tdef11" description="Coordinate transform from system (sys1), 11 component"/>
        </expressions>
        <expressions key="invT21">
          <value tag="invT21" expression="root.mod1.sys1.Tdef12" description="Coordinate transform from system (sys1), 21 component"/>
        </expressions>
        <expressions key="invT31">
          <value tag="invT31" description="Coordinate transform from system (sys1), 31 component"/>
        </expressions>
        <expressions key="invT12">
          <value tag="invT12" expression="root.mod1.sys1.Tdef21" description="Coordinate transform from system (sys1), 12 component"/>
        </expressions>
        <expressions key="invT22">
          <value tag="invT22" expression="root.mod1.sys1.Tdef22" description="Coordinate transform from system (sys1), 22 component"/>
        </expressions>
        <expressions key="invT32">
          <value tag="invT32" description="Coordinate transform from system (sys1), 32 component"/>
        </expressions>
        <expressions key="invT13">
          <value tag="invT13" description="Coordinate transform from system (sys1), 13 component"/>
        </expressions>
        <expressions key="invT23">
          <value tag="invT23" description="Coordinate transform from system (sys1), 23 component"/>
        </expressions>
        <expressions key="invT33">
          <value tag="invT33" expression="root.mod1.sys1.Tdef33" description="Coordinate transform from system (sys1), 33 component"/>
        </expressions>
        <expressions key="e_t11">
          <value tag="e_t11" expression="root.mod1.sys1.Tdef11" description="Base vector (sys1) t1, x component"/>
        </expressions>
        <expressions key="e_t12">
          <value tag="e_t12" expression="root.mod1.sys1.Tdef12" description="Base vector (sys1) t1, y component"/>
        </expressions>
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        <expressions key="detInvT">
          <value tag="detInvT" expression="1" description="Determinant of coordinate transform to system"/>
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          <value tag="gSub21" description="Covariant metric tensor, 21 component"/>
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        <expressions key="gSub31">
          <value tag="gSub31" description="Covariant metric tensor, 31 component"/>
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        </expressions>
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        </expressions>
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        </expressions>
        <expressions key="gSup13">
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        </expressions>
        <expressions key="gSup23">
          <value tag="gSup23" description="Contravariant metric tensor, 23 component"/>
        </expressions>
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        <expressions key="sigma12">
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        <expressions key="sigma23">
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          <value tag="alpha31"/>
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        <expressions key="alpha12">
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          <value tag="alpha13"/>
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        <expressions key="alpha23">
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        <expressions key="alpha33">
          <value tag="alpha33" expression="root.mod1.mat1.def.alpha(root.mod1.T)[1/K]"/>
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        <expressions key="epsilonr11">
          <value tag="epsilonr11" expression="4.5"/>
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        <expressions key="epsilonr21">
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              </param>
              <param key="poissonsratio">
                <value tag="poissonsratio" value="1|1,'0.27'"/>
              </param>
              <func model="/"/>
            </value>
          </models>
          <models key="Murnaghan">
            <value tag="Murnaghan" entityName="Murnaghan" entityComments="" entityAuthor="" entityCreationTime="1408471933455" identifier="Murnaghan">
              <entityFlags>norename</entityFlags>
              <info model="/">
                <objects key="category">
                  <value tag="category" body="Solid_mechanics/Hyperelastic_material"/>
                </objects>
              </info>
              <param key="l">
                <value tag="l" value="1|1,'-4.7e11[Pa]'"/>
              </param>
              <param key="m">
                <value tag="m" value="1|1,'-7.9e11[Pa]'"/>
              </param>
              <param key="n">
                <value tag="n" value="1|1,'-1.1e12[Pa]'"/>
              </param>
              <param key="lambLame">
                <value tag="lambLame" value="1|1,'1.6e11[Pa]'"/>
              </param>
              <param key="muLame">
                <value tag="muLame" value="1|1,'1.4e11[Pa]'"/>
              </param>
              <func model="/"/>
              <output>l</output>
              <output>m</output>
              <output>n</output>
              <output>lambLame</output>
              <output>muLame</output>
            </value>
          </models>
          <models key="Lame">
            <value tag="Lame" entityName="Lamé constants" entityComments="" entityAuthor="" entityCreationTime="1408471933494" identifier="Lame">
              <entityFlags>norename</entityFlags>
              <info model="/">
                <objects key="category">
                  <value tag="category" body="Solid_mechanics/Linear_elastic_material"/>
                </objects>
              </info>
              <param key="lambLame">
                <value tag="lambLame" value="1|1,'1.6e11[Pa]'"/>
              </param>
              <param key="muLame">
                <value tag="muLame" value="1|1,'1.4e11[Pa]'"/>
              </param>
              <func model="/"/>
              <output>lambLame</output>
              <output>muLame</output>
            </value>
          </models>
          <models key="NeoHookean">
            <value tag="NeoHookean" entityName="Neo-Hookean" entityComments="" entityAuthor="" entityCreationTime="1408471933509" identifier="NeoHookean">
              <entityFlags>norename</entityFlags>
              <info model="/">
                <objects key="category">
                  <value tag="category" body="Solid_mechanics/Hyperelastic_material"/>
                </objects>
              </info>
              <param key="mu">
                <value tag="mu" value="1|1,'1.4e11[Pa]'"/>
              </param>
              <param key="lambda">
                <value tag="lambda" value="1|1,'1.6e11[Pa]'"/>
              </param>
              <func model="/"/>
              <output>mu</output>
              <output>lambda</output>
            </value>
          </models>
        </materialmodel>
      </value>
    </materials>
    <materials key="mat3">
      <value tag="mat3" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Lead Zirconate Titanate (PZT-5H)" entityComments="" entityAuthor="" entityCreationTime="1408471966927" valid="false" identifier="mat3">
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1408471966927" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,4" dim="2" hDim="2"/>
        <properties key="family">
          <value tag="family" value="lead"/>
        </properties>
        <properties key="specular">
          <value tag="specular" value="white"/>
        </properties>
        <properties key="customspecular">
          <value tag="customspecular" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customspecular_vector_method">
          <value tag="customspecular_vector_method" value="step"/>
        </properties>
        <properties key="customspecular_vector_start">
          <value tag="customspecular_vector_start" value=""/>
        </properties>
        <properties key="customspecular_vector_stop">
          <value tag="customspecular_vector_stop" value=""/>
        </properties>
        <properties key="customspecular_vector_step">
          <value tag="customspecular_vector_step" value=""/>
        </properties>
        <properties key="customspecular_vector_numvalues">
          <value tag="customspecular_vector_numvalues" value=""/>
        </properties>
        <properties key="customspecular_vector_function">
          <value tag="customspecular_vector_function" value="none"/>
        </properties>
        <properties key="diffuse">
          <value tag="diffuse" value="white"/>
        </properties>
        <properties key="customdiffuse">
          <value tag="customdiffuse" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customdiffuse_vector_method">
          <value tag="customdiffuse_vector_method" value="step"/>
        </properties>
        <properties key="customdiffuse_vector_start">
          <value tag="customdiffuse_vector_start" value=""/>
        </properties>
        <properties key="customdiffuse_vector_stop">
          <value tag="customdiffuse_vector_stop" value=""/>
        </properties>
        <properties key="customdiffuse_vector_step">
          <value tag="customdiffuse_vector_step" value=""/>
        </properties>
        <properties key="customdiffuse_vector_numvalues">
          <value tag="customdiffuse_vector_numvalues" value=""/>
        </properties>
        <properties key="customdiffuse_vector_function">
          <value tag="customdiffuse_vector_function" value="none"/>
        </properties>
        <properties key="ambient">
          <value tag="ambient" value="white"/>
        </properties>
        <properties key="customambient">
          <value tag="customambient" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customambient_vector_method">
          <value tag="customambient_vector_method" value="step"/>
        </properties>
        <properties key="customambient_vector_start">
          <value tag="customambient_vector_start" value=""/>
        </properties>
        <properties key="customambient_vector_stop">
          <value tag="customambient_vector_stop" value=""/>
        </properties>
        <properties key="customambient_vector_step">
          <value tag="customambient_vector_step" value=""/>
        </properties>
        <properties key="customambient_vector_numvalues">
          <value tag="customambient_vector_numvalues" value=""/>
        </properties>
        <properties key="customambient_vector_function">
          <value tag="customambient_vector_function" value="none"/>
        </properties>
        <properties key="noise">
          <value tag="noise" value="off"/>
        </properties>
        <properties key="noisescale">
          <value tag="noisescale" value="0"/>
        </properties>
        <properties key="noisefreq">
          <value tag="noisefreq" value="0"/>
        </properties>
        <properties key="alpha">
          <value tag="alpha" value="1"/>
        </properties>
        <properties key="lighting">
          <value tag="lighting" value="simple"/>
        </properties>
        <properties key="fresnel">
          <value tag="fresnel" value="0.5"/>
        </properties>
        <properties key="roughness">
          <value tag="roughness" value="0.1"/>
        </properties>
        <properties key="shininess">
          <value tag="shininess" value="100"/>
        </properties>
        <properties key="lastfamily">
          <value tag="lastfamily" value="lead"/>
        </properties>
        <materialmodel entityName="List" entityComments="" entityAuthor="" entityCreationTime="1408471966926" model="/">
          <models key="def">
            <value tag="def" entityName="Basic" entityComments="" entityAuthor="" entityCreationTime="1408471966931" identifier="def">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <param key="density">
                <value tag="density" value="1|1,'7500[kg/m^3]'"/>
              </param>
              <param key="youngsmodulus">
                <value tag="youngsmodulus" value="1|1,'101e9'"/>
              </param>
              <param key="poissonsratio">
                <value tag="poissonsratio" value="1|1,'.3'"/>
              </param>
              <func model="/"/>
            </value>
          </models>
          <models key="StrainCharge">
            <value tag="StrainCharge" entityName="Strain-charge form" entityComments="" entityAuthor="" entityCreationTime="1408471966936" identifier="StrainCharge">
              <entityFlags>norename</entityFlags>
              <info model="/">
                <objects key="category">
                  <value tag="category" body="Piezoelectric_models"/>
                </objects>
              </info>
              <param key="sE">
                <value tag="sE" value="36|1,'1.65e-011[1/Pa]'|1,'-4.78e-012[1/Pa]'|1,'-8.45e-012[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'-4.78e-012[1/Pa]'|1,'1.65e-011[1/Pa]'|1,'-8.45e-012[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'-8.45e-012[1/Pa]'|1,'-8.45e-012[1/Pa]'|1,'2.07e-011[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'4.35e-011[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'4.35e-011[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'0[1/Pa]'|1,'4.26e-011[1/Pa]'"/>
              </param>
              <param key="dET">
                <value tag="dET" value="18|1,'0[C/N]'|1,'0[C/N]'|1,'-2.74e-010[C/N]'|1,'0[C/N]'|1,'0[C/N]'|1,'-2.74e-010[C/N]'|1,'0[C/N]'|1,'0[C/N]'|1,'5.93e-010[C/N]'|1,'0[C/N]'|1,'7.41e-010[C/N]'|1,'0[C/N]'|1,'7.41e-010[C/N]'|1,'0[C/N]'|1,'0[C/N]'|1,'0[C/N]'|1,'0[C/N]'|1,'0[C/N]'"/>
              </param>
              <param key="epsilonrT">
                <value tag="epsilonrT" value="9|1,'3130'|1,'0'|1,'0'|1,'0'|1,'3130'|1,'0'|1,'0'|1,'0'|1,'3400'"/>
              </param>
              <param key="eta_sE">
                <value tag="eta_sE" value="36|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="eta_dET">
                <value tag="eta_dET" value="18|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="eta_epsilonT">
                <value tag="eta_epsilonT" value="9|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
              </param>
              <func model="/"/>
              <output>sE</output>
              <output>dET</output>
              <output>epsilonrT</output>
              <output>eta_sE</output>
              <output>eta_dET</output>
              <output>eta_epsilonT</output>
            </value>
          </models>
          <models key="StressCharge">
            <value tag="StressCharge" entityName="Stress-charge form" entityComments="" entityAuthor="" entityCreationTime="1408471967045" identifier="StressCharge">
              <entityFlags>norename</entityFlags>
              <info model="/">
                <objects key="category">
                  <value tag="category" body="Piezoelectric_models"/>
                </objects>
              </info>
              <param key="cE">
                <value tag="cE" value="36|1,'1.27205e+011[Pa]'|1,'8.02122e+010[Pa]'|1,'8.46702e+010[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'8.02122e+010[Pa]'|1,'1.27205e+011[Pa]'|1,'8.46702e+010[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'8.46702e+010[Pa]'|1,'8.46702e+010[Pa]'|1,'1.17436e+011[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'2.29885e+010[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'2.29885e+010[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'0[Pa]'|1,'2.34742e+010[Pa]'"/>
              </param>
              <param key="eES">
                <value tag="eES" value="18|1,'0[C/m^2]'|1,'0[C/m^2]'|1,'-6.62281[C/m^2]'|1,'0[C/m^2]'|1,'0[C/m^2]'|1,'-6.62281[C/m^2]'|1,'0[C/m^2]'|1,'0[C/m^2]'|1,'23.2403[C/m^2]'|1,'0[C/m^2]'|1,'17.0345[C/m^2]'|1,'0[C/m^2]'|1,'17.0345[C/m^2]'|1,'0[C/m^2]'|1,'0[C/m^2]'|1,'0[C/m^2]'|1,'0[C/m^2]'|1,'0[C/m^2]'"/>
              </param>
              <param key="epsilonrS">
                <value tag="epsilonrS" value="9|1,'1704.4'|1,'0'|1,'0'|1,'0'|1,'1704.4'|1,'0'|1,'0'|1,'0'|1,'1433.6'"/>
              </param>
              <param key="eta_cE">
                <value tag="eta_cE" value="36|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="eta_eES">
                <value tag="eta_eES" value="18|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
              </param>
              <param key="eta_epsilonS">
                <value tag="eta_epsilonS" value="9|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
              </param>
              <func model="/"/>
              <output>cE</output>
              <output>eES</output>
              <output>epsilonrS</output>
              <output>eta_cE</output>
              <output>eta_eES</output>
              <output>eta_epsilonS</output>
            </value>
          </models>
        </materialmodel>
      </value>
    </materials>
    <materials key="mat5">
      <value tag="mat5" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="TiAlN" entityComments="" entityAuthor="" entityCreationTime="1408552119285" valid="false" identifier="mat5">
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1408552119283" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,2,7" dim="2" hDim="2"/>
        <properties key="family">
          <value tag="family" value="plastic"/>
        </properties>
        <properties key="specular">
          <value tag="specular" value="white"/>
        </properties>
        <properties key="customspecular">
          <value tag="customspecular" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customspecular_vector_method">
          <value tag="customspecular_vector_method" value="step"/>
        </properties>
        <properties key="customspecular_vector_start">
          <value tag="customspecular_vector_start" value=""/>
        </properties>
        <properties key="customspecular_vector_stop">
          <value tag="customspecular_vector_stop" value=""/>
        </properties>
        <properties key="customspecular_vector_step">
          <value tag="customspecular_vector_step" value=""/>
        </properties>
        <properties key="customspecular_vector_numvalues">
          <value tag="customspecular_vector_numvalues" value=""/>
        </properties>
        <properties key="customspecular_vector_function">
          <value tag="customspecular_vector_function" value="none"/>
        </properties>
        <properties key="diffuse">
          <value tag="diffuse" value="white"/>
        </properties>
        <properties key="customdiffuse">
          <value tag="customdiffuse" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customdiffuse_vector_method">
          <value tag="customdiffuse_vector_method" value="step"/>
        </properties>
        <properties key="customdiffuse_vector_start">
          <value tag="customdiffuse_vector_start" value=""/>
        </properties>
        <properties key="customdiffuse_vector_stop">
          <value tag="customdiffuse_vector_stop" value=""/>
        </properties>
        <properties key="customdiffuse_vector_step">
          <value tag="customdiffuse_vector_step" value=""/>
        </properties>
        <properties key="customdiffuse_vector_numvalues">
          <value tag="customdiffuse_vector_numvalues" value=""/>
        </properties>
        <properties key="customdiffuse_vector_function">
          <value tag="customdiffuse_vector_function" value="none"/>
        </properties>
        <properties key="ambient">
          <value tag="ambient" value="white"/>
        </properties>
        <properties key="customambient">
          <value tag="customambient" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customambient_vector_method">
          <value tag="customambient_vector_method" value="step"/>
        </properties>
        <properties key="customambient_vector_start">
          <value tag="customambient_vector_start" value=""/>
        </properties>
        <properties key="customambient_vector_stop">
          <value tag="customambient_vector_stop" value=""/>
        </properties>
        <properties key="customambient_vector_step">
          <value tag="customambient_vector_step" value=""/>
        </properties>
        <properties key="customambient_vector_numvalues">
          <value tag="customambient_vector_numvalues" value=""/>
        </properties>
        <properties key="customambient_vector_function">
          <value tag="customambient_vector_function" value="none"/>
        </properties>
        <properties key="noise">
          <value tag="noise" value="off"/>
        </properties>
        <properties key="noisescale">
          <value tag="noisescale" value="0"/>
        </properties>
        <properties key="noisefreq">
          <value tag="noisefreq" value="0"/>
        </properties>
        <properties key="alpha">
          <value tag="alpha" value="1"/>
        </properties>
        <properties key="lighting">
          <value tag="lighting" value="simple"/>
        </properties>
        <properties key="fresnel">
          <value tag="fresnel" value="0.5"/>
        </properties>
        <properties key="roughness">
          <value tag="roughness" value="0.1"/>
        </properties>
        <properties key="shininess">
          <value tag="shininess" value="100"/>
        </properties>
        <properties key="lastfamily">
          <value tag="lastfamily" value="plastic"/>
        </properties>
        <materialmodel entityName="List" entityComments="" entityAuthor="" entityCreationTime="1408552119282" model="/">
          <models key="def">
            <value tag="def" entityName="Basic" entityComments="" entityAuthor="" entityCreationTime="1408552119290" identifier="def">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <param key="youngsmodulus">
                <value tag="youngsmodulus" value="1|1,'252e9'"/>
              </param>
              <param key="poissonsratio">
                <value tag="poissonsratio" value="1|1,'.25'"/>
              </param>
              <param key="density">
                <value tag="density" value="1|1,'4240'"/>
              </param>
              <func model="/"/>
            </value>
          </models>
        </materialmodel>
      </value>
    </materials>
    <materials key="mat4">
      <value tag="mat4" storedParent="//@modelNode/@modelNodes[key='mod1']/@value" entityName="Iridium" entityComments="" entityAuthor="" entityCreationTime="1408473766467" valid="false" identifier="mat4">
        <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1408473766466" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="10,3,5" dim="2" hDim="2"/>
        <properties key="family">
          <value tag="family" value="plastic"/>
        </properties>
        <properties key="specular">
          <value tag="specular" value="white"/>
        </properties>
        <properties key="customspecular">
          <value tag="customspecular" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customspecular_vector_method">
          <value tag="customspecular_vector_method" value="step"/>
        </properties>
        <properties key="customspecular_vector_start">
          <value tag="customspecular_vector_start" value=""/>
        </properties>
        <properties key="customspecular_vector_stop">
          <value tag="customspecular_vector_stop" value=""/>
        </properties>
        <properties key="customspecular_vector_step">
          <value tag="customspecular_vector_step" value=""/>
        </properties>
        <properties key="customspecular_vector_numvalues">
          <value tag="customspecular_vector_numvalues" value=""/>
        </properties>
        <properties key="customspecular_vector_function">
          <value tag="customspecular_vector_function" value="none"/>
        </properties>
        <properties key="diffuse">
          <value tag="diffuse" value="white"/>
        </properties>
        <properties key="customdiffuse">
          <value tag="customdiffuse" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customdiffuse_vector_method">
          <value tag="customdiffuse_vector_method" value="step"/>
        </properties>
        <properties key="customdiffuse_vector_start">
          <value tag="customdiffuse_vector_start" value=""/>
        </properties>
        <properties key="customdiffuse_vector_stop">
          <value tag="customdiffuse_vector_stop" value=""/>
        </properties>
        <properties key="customdiffuse_vector_step">
          <value tag="customdiffuse_vector_step" value=""/>
        </properties>
        <properties key="customdiffuse_vector_numvalues">
          <value tag="customdiffuse_vector_numvalues" value=""/>
        </properties>
        <properties key="customdiffuse_vector_function">
          <value tag="customdiffuse_vector_function" value="none"/>
        </properties>
        <properties key="ambient">
          <value tag="ambient" value="white"/>
        </properties>
        <properties key="customambient">
          <value tag="customambient" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customambient_vector_method">
          <value tag="customambient_vector_method" value="step"/>
        </properties>
        <properties key="customambient_vector_start">
          <value tag="customambient_vector_start" value=""/>
        </properties>
        <properties key="customambient_vector_stop">
          <value tag="customambient_vector_stop" value=""/>
        </properties>
        <properties key="customambient_vector_step">
          <value tag="customambient_vector_step" value=""/>
        </properties>
        <properties key="customambient_vector_numvalues">
          <value tag="customambient_vector_numvalues" value=""/>
        </properties>
        <properties key="customambient_vector_function">
          <value tag="customambient_vector_function" value="none"/>
        </properties>
        <properties key="noise">
          <value tag="noise" value="off"/>
        </properties>
        <properties key="noisescale">
          <value tag="noisescale" value="0"/>
        </properties>
        <properties key="noisefreq">
          <value tag="noisefreq" value="0"/>
        </properties>
        <properties key="alpha">
          <value tag="alpha" value="1"/>
        </properties>
        <properties key="lighting">
          <value tag="lighting" value="simple"/>
        </properties>
        <properties key="fresnel">
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    <actions>t(s(&quot;//@study&quot;)) m(s(&quot;create&quot;)) s(&quot;std1&quot;) o(s(&quot;//@study/@objects[key='std1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;stat&quot;) s(&quot;Stationary&quot;) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='stat']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='stat']/@value&quot;)) m(s(&quot;activate&quot;)) s(&quot;solid&quot;) b(true) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='stat']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;pol1&quot;) s(&quot;Polygon&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;source&quot;) s(&quot;table&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;0&quot;) i(0) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;0&quot;) i(0) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;762&quot;) i(1) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;0&quot;) i(1) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;736&quot;) i(2) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;60&quot;) i(2) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;26&quot;) i(3) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;60&quot;) i(3) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;runAll&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;run&quot;)) s(&quot;pol1&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;pol2&quot;) s(&quot;Polygon&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;x&quot;) s(&quot;26&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;source&quot;) s(&quot;table&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;26&quot;) i(0) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;60&quot;) i(0) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;736&quot;) i(1) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;60&quot;) i(1) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;656&quot;) i(2) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;140&quot;) i(2) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;55&quot;) i(3) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;140&quot;) i(3) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;runAll&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;701&quot;) i(2) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;runAll&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;run&quot;)) s(&quot;pol2&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;pol3&quot;) s(&quot;Polygon&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;source&quot;) s(&quot;table&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;55&quot;) i(0) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;140&quot;) i(0) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;707&quot;) i(1) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;140&quot;) i(1) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;672&quot;) i(2) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;210&quot;) i(2) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;90&quot;) i(3) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;210&quot;) i(3) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;runAll&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;672&quot;) i(1) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;707&quot;) i(2) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;runAll&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;736&quot;) i(1) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;runAll&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;run&quot;)) s(&quot;pol3&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;pol4&quot;) s(&quot;Polygon&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;source&quot;) s(&quot;table&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;90&quot;) i(0) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;210&quot;) i(0) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;672&quot;) i(1) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;653&quot;) i(2) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;252&quot;) i(2) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;125&quot;) i(3) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;252&quot;) i(3) i(1) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;runAll&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;109&quot;) i(3) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol4']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;runAll&quot;)) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol5']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;table&quot;) s(&quot;424&quot;) i(2) i(0) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='pol5']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;st1&quot;) s(&quot;StudyStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;s1&quot;) s(&quot;Stationary&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;fcDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@result&quot;)) m(s(&quot;create&quot;)) s(&quot;pg1&quot;) i(2) o(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;data&quot;) s(&quot;dset1&quot;) o(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;surf1&quot;) s(&quot;Surface&quot;) o(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;expr&quot;) sa(s(&quot;solid.mises&quot;)) o(s(&quot;//@result/@feature/@features[key='pg1']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;name&quot;)) s(&quot;Stress (solid)&quot;) o(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss1']/@value&quot;)) m(s(&quot;active&quot;)) b(false) o(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;s1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;v1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;st1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;st1&quot;) s(&quot;StudyStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;s1&quot;) s(&quot;Stationary&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;fc1&quot;) s(&quot;FullyCoupled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;fcDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;s1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;v1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;st1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;st1&quot;) s(&quot;StudyStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;study&quot;) s(&quot;std1&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;studystep&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;s1&quot;) s(&quot;Stationary&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;fc1&quot;) s(&quot;FullyCoupled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;fcDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss2']/@value&quot;)) m(s(&quot;active&quot;)) b(true) o(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;s1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;v1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;st1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;st1&quot;) s(&quot;StudyStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;study&quot;) s(&quot;std1&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;studystep&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;v1&quot;) s(&quot;Variables&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;s1&quot;) s(&quot;Stationary&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;fc1&quot;) s(&quot;FullyCoupled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;fcDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
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    <actions>t(s(&quot;/&quot;)) m(s(&quot;name&quot;)) s(&quot;fram_Uday.mph&quot;) o(s(&quot;/&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;st1&quot;)</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;fc1&quot;) s(&quot;FullyCoupled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;Sil&quot;) sa(s(&quot;-1E9&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;)) o(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;s1&quot;)</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;st1&quot;) s(&quot;StudyStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;Sil&quot;) sa(s(&quot;-.5e9&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;)) o(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;fcDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;Sil&quot;) sa(s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;)) o(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;s1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;v1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;st1&quot;)</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;study&quot;) s(&quot;std1&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;studystep&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;fcDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;Sil&quot;) sa(s(&quot;.5e9&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;)) o(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;s1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;v1&quot;)</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;fcDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;Sil&quot;) sa(s(&quot;1e9&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;)) o(s(&quot;//@physics/@physints[key='solid']/@value/@feature/@features[key='lemm1']/@value/@feature/@features[key='iss1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;s1&quot;)</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;studystep&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;v1&quot;) s(&quot;Variables&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;s1&quot;) s(&quot;Stationary&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;fc1&quot;) s(&quot;FullyCoupled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;fcDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;runAll&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@material&quot;)) m(s(&quot;move&quot;)) s(&quot;mat4&quot;) i(4)</actions>
    <actions>t(s(&quot;/&quot;)) m(s(&quot;name&quot;)) s(&quot;fram_Uday.mph&quot;) o(s(&quot;/&quot;))</actions>
    <actions>t(s(&quot;//@physics&quot;)) m(s(&quot;create&quot;)) s(&quot;ts&quot;) s(&quot;ThermallyInducedStresses&quot;) s(&quot;geom1&quot;) o(s(&quot;//@physics/@physints[key='ts']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='stat']/@value&quot;)) m(s(&quot;activate&quot;)) s(&quot;ts&quot;) b(false) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='stat']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study&quot;)) m(s(&quot;create&quot;)) s(&quot;std2&quot;) o(s(&quot;//@study/@objects[key='std2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std2']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;stat&quot;) s(&quot;Stationary&quot;) o(s(&quot;//@study/@objects[key='std2']/@value/@feature/@features[key='stat']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std2']/@value/@feature/@features[key='stat']/@value&quot;)) m(s(&quot;activate&quot;)) s(&quot;solid&quot;) b(true) o(s(&quot;//@study/@objects[key='std2']/@value/@feature/@features[key='stat']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std2']/@value/@feature/@features[key='stat']/@value&quot;)) m(s(&quot;activate&quot;)) s(&quot;ts&quot;) b(true) o(s(&quot;//@study/@objects[key='std2']/@value/@feature/@features[key='stat']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study&quot;)) m(s(&quot;create&quot;)) s(&quot;std3&quot;) o(s(&quot;//@study/@objects[key='std3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std3']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;stat&quot;) s(&quot;Stationary&quot;) o(s(&quot;//@study/@objects[key='std3']/@value/@feature/@features[key='stat']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std3']/@value/@feature/@features[key='stat']/@value&quot;)) m(s(&quot;activate&quot;)) s(&quot;solid&quot;) b(false) o(s(&quot;//@study/@objects[key='std3']/@value/@feature/@features[key='stat']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std3']/@value/@feature/@features[key='stat']/@value&quot;)) m(s(&quot;activate&quot;)) s(&quot;ts&quot;) b(true) o(s(&quot;//@study/@objects[key='std3']/@value/@feature/@features[key='stat']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol&quot;)) m(s(&quot;create&quot;)) s(&quot;sol2&quot;) o(s(&quot;//@sol/@solseqs[key='sol2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std3&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;st1&quot;) s(&quot;StudyStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;study&quot;) s(&quot;std3&quot;) o(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;studystep&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;v1&quot;) s(&quot;Variables&quot;) o(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='v1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;stat&quot;) o(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;s1&quot;) s(&quot;Stationary&quot;) o(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;se1&quot;) s(&quot;Segregated&quot;) o(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;ssDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;ss1&quot;) s(&quot;SegregatedStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value/@feature/@features[key='ss1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value/@feature/@features[key='ss1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;segvar&quot;) sa(s(&quot;mod1_u2&quot;)) o(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value/@feature/@features[key='ss1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;ss2&quot;) s(&quot;SegregatedStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value/@feature/@features[key='ss2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value/@feature/@features[key='ss2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;segvar&quot;) sa(s(&quot;mod1_T&quot;)) o(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='se1']/@value/@feature/@features[key='ss2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;fcDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol2']/@value&quot;)) m(s(&quot;attach&quot;)) s(&quot;std3&quot;)</actions>
    <actions>t(s(&quot;//@result&quot;)) m(s(&quot;create&quot;)) s(&quot;pg2&quot;) i(2) o(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;data&quot;) s(&quot;dset2&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;surf1&quot;) s(&quot;Surface&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;expr&quot;) sa(s(&quot;ts.mises&quot;)) o(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;)) m(s(&quot;name&quot;)) s(&quot;Stress (ts)&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;def&quot;) s(&quot;Deform&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;expr&quot;) sa(s(&quot;u2&quot;),s(&quot;v2&quot;)) o(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;descr&quot;) s(&quot;Displacement field (Material)&quot;) o(s(&quot;//@result/@feature/@features[key='pg2']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result&quot;)) m(s(&quot;create&quot;)) s(&quot;pg3&quot;) i(2) o(s(&quot;//@result/@feature/@features[key='pg3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;data&quot;) s(&quot;dset2&quot;) o(s(&quot;//@result/@feature/@features[key='pg3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;surf1&quot;) s(&quot;Surface&quot;) o(s(&quot;//@result/@feature/@features[key='pg3']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value/@feature/@features[key='surf1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;expr&quot;) sa(s(&quot;T&quot;)) o(s(&quot;//@result/@feature/@features[key='pg3']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value&quot;)) m(s(&quot;name&quot;)) s(&quot;Temperature (ts)&quot;) o(s(&quot;//@result/@feature/@features[key='pg3']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value/@feature/@features[key='surf1']/@value/@feature&quot;)) m(s(&quot;create&quot;)) s(&quot;def&quot;) s(&quot;Deform&quot;) o(s(&quot;//@result/@feature/@features[key='pg3']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;expr&quot;) sa(s(&quot;u2&quot;),s(&quot;v2&quot;)) o(s(&quot;//@result/@feature/@features[key='pg3']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;descr&quot;) s(&quot;Displacement field (Material)&quot;) o(s(&quot;//@result/@feature/@features[key='pg3']/@value/@feature/@features[key='surf1']/@value/@feature/@features[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@result/@feature/@features[key='pg3']/@value/@feature/@features[key='surf1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;colortable&quot;) s(&quot;ThermalLight&quot;) o(s(&quot;//@result/@feature/@features[key='pg3']/@value/@feature/@features[key='surf1']/@value&quot;))</actions>
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  <unitsystem model="/"/>
  <coordsys entityName="List" entityComments="" entityAuthor="" entityCreationTime="1408457101428" model="/">
    <features key="sys1">
      <value xsi:type="com.comsol.mph-v12:Coordsys" tag="sys1" entityName="Boundary System 1" entityComments="" entityAuthor="" entityCreationTime="1408457101428" operationID="Boundary" geom="//@geom/@geoms[key='geom1']/@value">
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        <entityFlags>noremove</entityFlags>
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        <properties key="coord">
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          <objects key="info">
            <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1408457101444">
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  <savePointTags>savepoint1</savePointTags>
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        <entityFlags>noremove</entityFlags>
        <geom entityName="List" entityComments="" entityAuthor="" entityCreationTime="1409236834890" model="/">
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        <entityFlags>noremove</entityFlags>
        <geom entityName="List" entityComments="" entityAuthor="" entityCreationTime="1409866698354" model="/">
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