|
Physical Properties
| *Density, f(T,F,C,U) | | Coefficient of Thermal Expansion,
f(T,F,U)
(★) | | Orthotropic Secant Coefficient of Thermal Expansion, f(T, F,
C, U) | | Isotropic Secant Coefficient of Thermal Expansion, f(T, F,
C, U) | | Isotropic Instantaneous Coefficient of Thermal Expansion, f(T) | | Orthotropic Instantaneous Coefficient of Thermal Expansion, f(T) | | Melting
Temperature |
Stress-Strain Relationships
Damping
Hyperelasticity
|
Mooney-Rivlin (2, 3, 5, and 9 Parameter) f(T,F,U)
(
★) | |
Neo-Hookean f(T,F,U)
(★) | | Polynomial (1st, 2nd, 3rd, and Nth
Order), f(T) (★) | | Yeoh (1st, 2nd, 3rd, and Nth
Order), f(T,F,U) (★) | | Ogden (1st, 2nd, 3rd, and Nth
Order), f(T,F,U) (★) | |
Arruda-Boyce, f(T,F,U)
(★) | |
Gent, f(T,F,U)
(★) | |
Blatz-Ko f(T,F,U)
(
★) | |
Response Function
(★) | | Ogden Foam (1st, 2nd, 3rd, and Nth
Order), f(T,F,U) (★) | |
Extended Tube, f(T,F,U)
(
★) | |
Mullins Effect, f(T,F,U)
(
★) |
General Isotropic Hardening
General Kinematic Hardening
Rate-Dependent Plasticity
Rate-Independent Plasticity
Fatigue
| Strain-Life Parameters | | S-N Curve | | Linear S-N Curve | | Bilinear S-N Curve |
Viscoelasticity
Stress
Tool
| Tensile Yield Strength | | Compressive Yield Strength | | Tensile Ultimate Strength | | Compressive Ultimate Strength |
Implicit Creep Equations
| Strain Hardening, f(T) | | Time Hardening, f(T) | | Generalized Exponential, f(T) | | Generalized Graham, f(T) | | Generalized Blackburn, f(T) | | Modified Time Hardening, f(T) | | Modified Strain Hardening, f(T) | | Generalized Garofalo, f(T) | | Exponential form, f(T) | | Norton, f(T) | | Combined Time Hardening, f(T) | | Rational polynomial, f(T) | | Generalized Time Hardening, f(T) |
Material Strength Limits
|
Orthotropic Stress Limits, f(TF,U) | |
Orthotropic Strain Limits, f(T,F,U) | |
Tsai-Wu Constants, f(T) | |
Puck Constants, f(T,F,U) | |
LaRc03/04 Constants, f(T) |
Note: Material strength limits can be saved into a material library and they will be
written to the MAPDL solver. However, these items cannot be post-processed in
Mechanical.
Shape Memory Alloy (SMA)
Geomechanical
Material Damage
Cohesive Zone
Fracture
Criteria
Crack Growth Laws
(★) Refers to the corresponding Engineering Data Help page.
|
