Nail Penetration Into a Layered Battery

Application ID: 151021


This model showcases a nail penetration experiment into a layered battery. The analysis couples solid mechanics, electric currents, and heat transfer to capture the response during penetration. A metallic nail is driven into a sandwiched battery structure composed of two electrodes and a separator. When the nail establishes electrical contact between the electrodes, a short circuit occurs, resulting in rapid Joule heating. During penetration, the electrodes and separator undergo large plastic deformations.

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