! Begin of equation: B*exp(-1*(()^2)/0.01^2)n The plate is of size 4m x 4m.nInitial condition is T= 295K for the whole domain.nConvection boundary condition along the outer edges : h= 20 T-ambient=295Kn.I am attaching the APDL code. The code I am using to define a basic gaussian heat source is attached below However, the equation in the command module is not being implemented. Therefore, I defined the Gaussian equation using function editor on Ansys mechanical APDL and used the attached code on the command module on Ansys mechanical. However, this extension was not able to give me flexibility such as applying a point heat source with varying pulse rate etc. Therefore, I applied the ACT extension to obtain a moving Gaussian heat source to my model. Im trying to simulate heat dissipation when a laser strikes the surface. I am modeling copper traces on a kapton (polyimide) sheet on Ansys mechanical.
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