User Material Subroutines

This module provides constitutive models (UMAT) that can be used directly or exported for finite element software like Abaqus.

Categories:

• Finite Strain Models
  • umat_generic_hyper_invariants()
  • umat_generic_hyper_pstretch()
  • umat_hypoelasticity_ortho()
  • umat_mooney_rivlin()
  • umat_neo_hookean_comp()
  • umat_neo_hookean_incomp()
  • umat_saint_venant()
• Mechanical Models
  • abaqus2smart_M_light()
  • abaqus2smart_M()
  • abaqus2smart_T()
  • smart2abaqus_M()
  • smart2abaqus_M_full()
  • smart2abaqus_T()
  • ansys2smart_M()
  • smart2ansys_M()
  • umat_damage_LLD_0()
  • umat_damage_weibull()
  • umat_elasticity_iso()
  • umat_elasticity_ortho()
  • umat_elasticity_trans_iso()
  • umat_ani_chaboche_CCP()
  • umat_dfa_chaboche_CCP()
  • umat_generic_chaboche_CCP()
  • umat_hill_chaboche_CCP()
  • umat_plasticity_hill_isoh_CCP()
  • umat_plasticity_hill_isoh_CCP_N()
  • umat_plasticity_chaboche_CCP()
  • umat_plasticity_iso_CCP()
  • umat_plasticity_kin_iso_CCP()
  • umat_sma_mono()
  • umat_prony_Nfast()
  • umat_zener_fast()
  • umat_zener_Nfast()
  • get_L_elastic()
• Thermomechanical Models
  • umat_elasticity_iso_T()
  • umat_elasticity_ortho_T()
  • umat_elasticity_trans_iso_T()
  • umat_plasticity_iso_CCP_T()
  • umat_plasticity_kin_iso_CCP_T()

Overview

Simcoon provides a comprehensive library of constitutive models organized into three main categories:

• Finite Strain Models: Hyperelastic models for large deformations

• Mechanical Models: Small strain mechanical models (elasticity, plasticity, damage)

• Thermomechanical Models: Coupled thermal-mechanical models