Stress and thermal simulations. Equations states (material models) that I used performing stress / thermal simulations: • Linear elasticity • Porous elasticity • Linear Viscoelasticity • Hypoelasticity • Hyperelasticity (including Mullins effect, Hysteresis, • Hyperfoam (Hyperelasticity in elastometric foams) • Linear viscoelasticity • Nonlinear Viscoelasticity • Permanent set in rubberlike materials • Metal plasticity • Classical metal plasticity • Models for metals subjected to cyclic loading • Annealing or melting • Johnson-Cook plasticity • Dynamic failure models • Porous metal plasticity • Cast iron plasticity • Deformation plasticity • Damage and failure for ductile metals • Damage (initiation and for evolution) and failure ductile materials in low-cycle fatigue analysis • Extended Drucker-Prager models • Modified Drucker-Prager/Cap model • Mohr-Coulomb plasticity • Critical state (clay) plasticity model • Crushable foam plasticity models • Concrete • Concrete smeared cracking • Cracking model for concrete • Concrete damaged plasticity • Damage and failure for fiber-reinforced composites |