アプリケーションギャラリ

The example shows a 1D steady-state thermal analysis including radiation to a prescribed ambient temperature. The temperature field from the solution of this benchmark model is compared with a NAFEMS benchmark solution. 詳細を見る

This app demonstrates the following: Multiple components (1D and 3D) in a single app Using the same choice list in the app as in the model using Data Access functionality Output numerical results for a specific time step using a combo box The app combines the Ray Optics Module and ... 詳細を見る

This model solves Poisson's equation on a unit disk with a point source at the origin. The mesh density is higher close to the origin to resolve the singularity. The computed solution is compared to the analytical solution. 詳細を見る

This example shows how to set up self-contact for a coil spring. As the spring is compressed by a vertical force applied to one of its ends, it comes into to contact with itself and starts to rotate. 詳細を見る

In many structural dynamics applications, some components are stiff compared to the supporting structure. Such a stiff part will only contribute to the dynamic properties of the structure through its mass and moment of inertia. It is then possible to reduce the model size significantly ... 詳細を見る

This example shows a 2D plane stress model of a thin tapered cantilever. Different boundary and load scenarios are examined. It is demonstrated how to apply and how to evaluate different load and constraint groups. Resulting stresses are compared to NAFEMS benchmark values and they are ... 詳細を見る

この例では, 静電インターフェースを使用して, 一般的な高電圧絶縁体の表面電場を計算する方法を示します. グレーディングリングを設置すると, 表面電場の不均一性と最大値が大幅に減少することが示されています. このようにして, 高電圧絶縁体はより高い過電圧に耐えることができます. 詳細を見る

Squeeze film dampers are components that provide additional damping to rotating machines. To simplify the modeling of a rotor assembly, squeeze film dampers are modeled in terms of their damping coefficients which are a functions of the journal location in the damper. This model computes ... 詳細を見る

この非従来型の多孔質媒体流れモデルは, 多孔質媒体の隙間におけるクリープ（ストークス）流を利用します. このモデルは, カリフォルニア大学サンタバーバラ校のArturo Keller, Maria Auset, Sanya Sirivithayapakornが行った細孔スケールの流れ実験に基づいています. モデルに使用されている形状は, 走査型電子顕微鏡画像から作成されました. この例では, Keller, Auset, Sirivithayapakornによる2Dマイクロ媒体画像の1つを使用し, 直交座標系のストークス方程式を用いて細孔流体の速度と圧力を解きます. ... 詳細を見る

In this example you will build and solve a 3D beam model using the 3D Beam interface. This model shows how a thermally induced deformation of a beam is modeled. Temperature differences are applied across the top and bottom surfaces as well as the left and right surfaces of the beam. ... 詳細を見る