Girish

Hi Soham, SimSolid currently doesn't have this capability. You may bookmark results to switch between various loadcases and export the results to a csv file at few points of interest. Thanks, Girish

Hi Alessio, Currently, SimSolid only supports static stiffness for bushing elements. Output of velocity.acceleration will be available in our next release. Girish

This is not supported yet in SimSolid.

SimSolid doesn't run the solution until convergence is achieved, it runs the solution for the user defined number of adaptive passes. Did you use 'adapt to features' and/or 'adapt to thin solids'? That should help get better stress results.

Unfortunately, no way to disable it. You can work with local support team to have this request sent to development.

It is just a warning, you can ignore it if you would like to include all those parts. SimSolid should be able to run the analysis.

Please create below environment variable and see if it fixes the issue, if not, you might have to work with your IT team to set proxy settings. ALM_HHWU_USE_WININET=1

Please try the latest 2019.2.1 release. We fixed a bug related to FRF.

Hi Amir, Currently, only surface stresses can be plotted. Internal stresses are not available at this point. Thanks, Girish

Hi Mateusz, Can you confirm if you are using 2019.2 version of SimSolid?

FRF response is normalized to the input. If you are using modal frf, eigenvectors are normalized to mass by default. But that can be changed in EIGRL card.

Hi Vaupel, If automatic re-meshing doesn't work, you could simply import the .grid file. Fix all the failed elements and restart optimization. Girish

Hi Alexander, Check your DTPG card, its missing bead params. Please add them and re-run. Girish

Adrien, OptiStruct does not yet support PCOMP for large displacement analysis. The only alternative is to run it using RADIOSS for now. Girish

If i understand your question correctly, you are doing shape optimization and would like to see the optimized shape. You could use hyperview to load the *_des.h3d file to view shape change. you can also use OSSMOOTH in hypermesh to create a geometry file/ fem file for re-analysis. For FE re-analysis, you could also simply import the *.grid file into HM.