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Posted:
2 years ago
Aug 4, 2022, 2:13 a.m. EDT
Define a Nonlocal Coupling integration over your hyperelastic domain. Under the advanced settings for this coupling, choose "Summation over nodes".
Update your solution.
In your results, you can plot "intop1(solid.RFz)" for your auxilliary sweep, (if you want to see the reaction force in the z direction).
Mark
Define a Nonlocal Coupling integration over your hyperelastic domain. Under the advanced settings for this coupling, choose "Summation over nodes".
Update your solution.
In your results, you can plot "intop1(solid.RFz)" for your auxilliary sweep, (if you want to see the reaction force in the z direction).
Mark
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Posted:
2 years ago
Aug 4, 2022, 9:01 a.m. EDT
Hi Mark,
Here is the 2D.mph file for the simulation, I tried what you described but i am not getting the steps. If you can help me to look at the file.
Will the same steps work for the 3D as well?
Hi Mark,
Here is the 2D.mph file for the simulation, I tried what you described but i am not getting the steps. If you can help me to look at the file.
Will the same steps work for the 3D as well?
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Posted:
2 years ago
Aug 4, 2022, 9:25 a.m. EDT
See attached file.
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Posted:
2 years ago
Aug 4, 2022, 4:48 p.m. EDT
Thank you Mark.