2.2 Mechanical properties

Abaqus Verification Guide

2.2 Mechanical properties

“Elastic materials,” Section 2.2.1
“Viscoelastic materials,” Section 2.2.2
“Mullins effect and permanent set,” Section 2.2.3
“Hysteretic materials,” Section 2.2.4
“Temperature-dependent elastic materials,” Section 2.2.5
“Field-variable-dependent elastic materials,” Section 2.2.6
“Large-strain viscoelasticity with hyperelasticity,” Section 2.2.7
“Nonlinear large-strain viscoelasticity with hyperelasticity,” Section 2.2.8
“Transient internal pressure loading of a viscoelastic cylinder,” Section 2.2.9
“Rate-independent plasticity,” Section 2.2.10
“Rate-dependent plasticity in Abaqus/Standard,” Section 2.2.11
“Rate-dependent plasticity in Abaqus/Explicit,” Section 2.2.12
“Annealing temperature,” Section 2.2.13
“Temperature-dependent inelastic materials,” Section 2.2.14
“Field-variable-dependent inelastic materials,” Section 2.2.15
“Johnson-Cook plasticity,” Section 2.2.16
“Porous metal plasticity,” Section 2.2.17
“Drucker-Prager plasticity,” Section 2.2.18
“Drucker-Prager/Cap plasticity model,” Section 2.2.19
“Equation of state material,” Section 2.2.20
“Progressive damage and failure of ductile metals,” Section 2.2.21
“Progressive damage and failure in fiber-reinforced materials,” Section 2.2.22
“Creep,” Section 2.2.23
“Concrete smeared cracking,” Section 2.2.24
“Concrete damaged plasticity,” Section 2.2.25
“Two-layer viscoplasticity,” Section 2.2.26
“Brittle cracking constitutive model,” Section 2.2.27
“Cracking model: tension shear test,” Section 2.2.28
“Hydrostatic fluid,” Section 2.2.29
“Composite, mass proportional, and rotary inertia proportional damping in Abaqus/Standard,” Section 2.2.30
“Material damping in Abaqus/Explicit,” Section 2.2.31
“Mass proportional damping in Abaqus/Explicit,” Section 2.2.32
“Thermal expansion test,” Section 2.2.33