Engineering
Thermodynamics
100%
Nonlinear Behavior
100%
Hardening Behavior
100%
Kinematic Hardening
100%
Hardening Model
100%
Cyclic Loading
50%
Numerical Implementation
50%
Hardening
50%
Generality
50%
Control Function
50%
Constitutive Law
50%
Systematic Approach
50%
Classical Theory
50%
Yield Surface
50%
Hardening Law
50%
Isotropic Hardening
50%
Permanent Softening
50%
Kinematic Hardening Model
50%
Dissipative Process
50%
Back Stress
50%
Engineering
50%
Simulation
50%
Yields
50%
Energy Engineering
50%
INIS
thermodynamics
100%
modeling
100%
nonlinear problems
100%
hardening
100%
yields
25%
engineering
12%
metals
12%
surfaces
12%
comparative evaluations
12%
simulation
12%
energy
12%
origin
12%
control
12%
implementation
12%
specifications
12%
decomposition
12%
equations
12%
lagrangian
12%
loading
12%
polycrystals
12%
pressure dependence
12%