FEBio  1.5.0
Public Member Functions
FESolidMaterial Class Reference

#include <FEMaterial.h>

Inheritance diagram for FESolidMaterial:
FEMaterial FEParamContainer FEElasticMaterial FENestedMaterial FE2DFiberNeoHookean FECellGrowth FECoupledTransIsoMooneyRivlin FECoupledTransIsoVerondaWestmann FEDamageNeoHookean FEDonnanEquilibrium FEEFDDonnanEquilibrium FEEFDNeoHookean FEElasticMixture FEEllipsoidalFiberDistribution FEFiberExpPow FEFiberNeoHookean FEFungOrthoCompressible FEHolmesMow FEIsotropicElastic FELinearElastic FELinearOrthotropic FEMicroMaterial FENeoHookean FENeoHookeanTransIso FEOgdenUnconstrained FEOrthoElastic FEPerfectOsmometer FERigidMaterial FESphericalFiberDistribution FEStVenantKirchhoff FEUncoupledMaterial FEPoroElastic FEViscoElasticMaterial

Public Member Functions

virtual mat3ds Stress (FEMaterialPoint &pt)=0
 calculate stress at material point
virtual tens4ds Tangent (FEMaterialPoint &pt)=0
 calculate tangent stiffness at material point
mat3ds Tangent_Concentration (FEMaterialPoint &pt, const int isol)
 calculate derivative of stress w.r.t. solute concentration at material point
virtual double BulkModulus ()=0
 return the bulk modulus
virtual double Density ()=0
 return the material density
virtual double MolarMass ()=0
 return the material molar mass

Detailed Description

Base class for solid-materials. These materials need to define the stress and tangent functions.


The documentation for this class was generated from the following files: