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I see for mazard best chance for fast adaption.
Thai-Wu and Hashin are for layered composite materials like GFK or CFK.
And layered 2D elements are not available in Calculix at internal Element level with classic layer theory.
The text was updated successfully, but these errors were encountered:
stefano2734
changed the title
Thai-Wu and Hashin in 2D and 3D umat available for abaqus in GitHub
Thai-Wu and Hashin in 2D and 3D and Mazard umat available for abaqus in GitHub
Nov 19, 2024
stefano2734
changed the title
Thai-Wu and Hashin in 2D and 3D and Mazard umat available for abaqus in GitHub
Thai-Wu and Hashin in 2D and 3D and Mazars umat available for abaqus in GitHub
Nov 19, 2024
See
https://github.com/marioruiarruda
https://github.com/marioruiarruda/Hashin_3D_UMAT
https://github.com/marioruiarruda/Hashin_2D_UMAT
https://github.com/marioruiarruda/Tsai-Wu_2D_UMAT
https://github.com/marioruiarruda/Tsai-Wu_3D_UMAT
concrete damage model
https://github.com/marioruiarruda/Mazars_UMAT
and a debugger for UMAT
https://github.com/marioruiarruda/UMAT_Debugger
Perhaps a good extension in materials for calculix.
the Autor want only a declaration of his papers to his tools.
marioruiarruda/Hashin_3D_UMAT#1
I see for mazard best chance for fast adaption.
Thai-Wu and Hashin are for layered composite materials like GFK or CFK.
And layered 2D elements are not available in Calculix at internal Element level with classic layer theory.
The text was updated successfully, but these errors were encountered: