Crystal plasticity material for Abaqus available in github

[stefano2734]

See https://github.com/TarletonGroup/CrystalPlasticity https://github.com/zhfzzz/CPFEM-1 https://github.com/KnutAM/MaterialModels

and much more materials and user elements for abaqus:

https://github.com/jgomezc1/ABAQUS-US https://github.com/ammarkh95/ABAQUS_PDALAC https://github.com/jpsferreira/UMAT-ABAQUS https://github.com/kkodagali/Puck-Failure-Criteria https://github.com/vineethravi2310/Puck-2D-UMAT-Subroutine https://github.com/vineethravi2310/Cuntze-2D-UMAT-Subroutine https://github.com/kranthibalusu/CrackGrowth https://github.com/jpsferreira/UMAT-ABAQUS_library https://github.com/irfancn/Abaqus-UMAT-viscoelastic (voigt) https://github.com/longbiscuit/DuncanEB-Abaqus6.14-5-UMAT-constative-model https://github.com/faisal-bhuiyan/Physics-based-composite-progressive-failure https://github.com/victorlefevre/UMAT_Lefevre_Sozio_Lopez-Pamies https://github.com/vineethravi2310/Daimler-Camanho-2D-UMAT-Subroutine https://github.com/happyhappysyr/Phase_field_ductile https://github.com/InstituteOfMechanics/Thermomechanical_Gradient_Enhanced_Damage_UMAT https://github.com/awhelanUCD/Lemaitre-damage-UMAT-Public https://github.com/Sina-Taghizadeh/UMAT_Hyperelastic https://github.com/thealanjason/umat_finite_viscoelasticity

perhaps a simple adaptation possible of codes for calculix.