Reduction thickness in 3D FEA model
Reduction thickness in 3D FEA model
(OP)
Hi all,
thanks to those who responded to my previous query. Your answers, however, let me think of another issue I would like to ask about.
I would like to simulate my example with a 3D FEM code. This code works very well, but it is quite computationally inefficient. Therefore, I would like to reduce its thickness in the 3D model at the minimum, to reduce the computational cost.
What should I apply to the model in order to obtain realistic results and "equivalent" to those I would obtain with a model with real thickness?
Many thanks!
thanks to those who responded to my previous query. Your answers, however, let me think of another issue I would like to ask about.
I would like to simulate my example with a 3D FEM code. This code works very well, but it is quite computationally inefficient. Therefore, I would like to reduce its thickness in the 3D model at the minimum, to reduce the computational cost.
What should I apply to the model in order to obtain realistic results and "equivalent" to those I would obtain with a model with real thickness?
Many thanks!





RE: Reduction thickness in 3D FEA model
RE: Reduction thickness in 3D FEA model
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RE: Reduction thickness in 3D FEA model
another day in paradise, or is paradise one day closer ?