A new video tutorial for Salome Meca full of new stuffs is coming your way!
Nonlinear Hertz Contact Tutorial
I did in the past a post about the Hertz contact… 4 years ago wow… time flies ;-)
Time to show you how to do that with a proper axisymmetric model in Salome-Meca 2018.
This is also the first Nonlinear Static Tutorial I make with Salome Meca… so if you always wanted to know how to go into nonlinear, this video is for you!
In this Salome-Meca 2018 Tutorial, you will learn:
- How to create a simple 2D axisymmetric model geometry
- How to mesh it simply with tetra elements
- How to correct groups and define the right contact surfaces
- How to set up a Nonlinear Static Analysis in Aster Study with contact
- How to post-process the contact pressure to print out a curve directly in Salome-Meca
- I’ll show you in bonus how to set a multi-stage study and what you can do with that.
Note that I didn’t post-processed the results in Paravis in this video to show you the animation, but that can be totally done following the same procedure I used in the following tutorial:
For more videos about Salome-Meca, check this page:
Hi did you already look at SolidWorks Simulation?
No, I never tried SW Simulation… I heard it got better those last years but I never had the opportunity to try.
Solid Works Simulation has auto meshing. There are mesh refinement tools,
Solid meshing works better but Surface meshing often fails and needs repetition.
Manual meshing feature is not available. Quad mesh not available in 2012version. I am not aware of latest version.
Hi did you already work on Cast3M !!!
if yes, can you give us some advices to use it!,
Can you do tutorial on rotor dynamic in salome meca
Hi
in your example, i don’t want to print stress result in Xmgrace, Xmgrace dooesn’t work on my computeur, but the output in text file is OK
i want to see it in paravis.
In Paravis i don’t have print SIGM_ELNO in windows ?
I want to simulate a ball in ball bearing, and i want to build it with your tutorial …
do you can to explain me for see results in Paravis.
Happy New Year 2021
you may find this small open source project of mine also interesting
https://foadsf.github.io/OpenHertz/