Resistive heating example
This LS-DYNA simulation shows a simple resistive heating problem. The EM resistive heating solver considers the rise time of the current to be slow or non existent (DC current). As such, no inductive and diffusive effects appear which allows the solver to remove the BEM system. The EM solve is consequently very fast and a very high EM timestep can be used.
https://www.dynaexamples.com/em/em_resistive
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Resistive heating example
This LS-DYNA simulation shows a simple resistive heating problem. The EM resistive heating solver considers the rise time of the current to be slow or non existent (DC current). As such, no inductive and diffusive effects appear which allows the solver to remove the BEM system. The EM solve is consequently very fast and a very high EM timestep can be used.
