Thermo-hydro-mechanical
======================


Modelizations
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Membrane, plate and shell modeling:


* Introduction of membrane modeling in large transformations


* Improvement of element DKT with the inclusion of the third rotation in plate elements


* Refactoring elements SHB


Loads
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 **Improvements:**


* Consideration of major trips in solid links AFFE_CHAR_MECA/LIAISON_SOLIDE


* Consideration of the reflected wave in plane wave loading AFFE_CHAR_MECA_F/ONDE_PLANE/DIST_REFLECHI


Laws of behavior
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* Improvement of law ENDO_FISS_EXPavec the modeling of crack closures.


* Introduction of Iwan's law for modeling the cyclical behavior of soils


* Introduction of a Rankine model for modeling joint behavior.


* Introduction of law LKR (improvement of LETK by modifying work-hardening functions and introducing thermal methods) for thermo-elasto (-visco) -plastic modeling applicable to rocks and soils (dilating materials).


* Modification of the law of behavior GRAN_IRRA_LOGpour guide tube modeling.


Post-treatments
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**Business post-treatments:**


* Introduction of the macro command POST_LIQUEFACTION for the post-treatment of a soil liquefaction detection criterion.


* Changes in operator POST_RCCM.

**Visualizations**:


* Added functionalities for visualizing the generalized efforts of structural elements in the form of mesh diagrams.


* Added features for viewing ELAS_FO settings.