Muscle Material. More...
#include <FEMuscleMaterial.h>
Inheritance diagram for FEMuscleMaterial:
Public Member Functions | |
| virtual mat3ds | DevStress (FEMaterialPoint &pt) |
| calculate deviatoric stress at material point | |
| virtual tens4ds | DevTangent (FEMaterialPoint &pt) |
| calculate deviatoric tangent stiffness at material point | |
| DECLARE_REGISTERED (FEMuscleMaterial) | |
| DECLARE_PARAMETER_LIST () | |
Data Fields | |
| double | m_G1 |
| along-fiber shear modulus | |
| double | m_G2 |
| cross-fiber shear modulus | |
| double | m_G3 |
| new term | |
| double | m_P1 |
| muscle fiber constant P1 | |
| double | m_P2 |
| muscle fiber constant P2 | |
| double | m_Lofl |
| optimal sarcomere length | |
| double | m_smax |
| maximum isometric stretch | |
Detailed Description
Muscle Material.
This material uses the constitutive model developed by Blemker et.al. to model muscles which undergo active contraction Note that lam1 and m_K are inherited
Member Function Documentation
| mat3ds FEMuscleMaterial::DevStress | ( | FEMaterialPoint & | mp | ) | [virtual] |
calculate deviatoric stress at material point
Calculates the deviatoric stress at a material point.
Implements FEUncoupledMaterial.
| tens4ds FEMuscleMaterial::DevTangent | ( | FEMaterialPoint & | mp | ) | [virtual] |
calculate deviatoric tangent stiffness at material point
Calculates the spatial deviatoric tangent at a material point
Implements FEUncoupledMaterial.
The documentation for this class was generated from the following files:
- FEBio/FEMuscleMaterial.h
- FEBio/FEMuscleMaterial.cpp
