sfem_materials_base::MaterialType_Linear3d Class Reference

simple linear elastic material More...

#include <materialtype_linear3d.hpp>

Inheritance diagram for sfem_materials_base::MaterialType_Linear3d:

[legend]

Collaboration diagram for sfem_materials_base::MaterialType_Linear3d:

[legend]

List of all members.

Public Member Functions
	MaterialType_Linear3d (const count_type &theindex, const std::string &theident)
Protected Types
enum	{ def_lambda = 0, def_mu, def_help1 }
enum	{ def_Cmat0_symmetric = 0, def_Cmat_stab_symmetric, def_Cmat0_minus_Cmat_stab_symmetric, def_Cmat0_cauchy, def_Cmat_stab_cauchy, def_Cmat0_minus_Cmat_stab_cauchy, def_Cmat0_times_identity_matrix_cauchy, def_num_precomputed_matrices }
Protected Member Functions
void	myCheckMaterialProperties (const Material &material) const
void	myComputeEnergyAndStress (const MaterialPoint &mat_point, const TVector6 &strain, TVectorEnergy &energy_density, TVector6 &stress) const
void	myComputeEnergyAndStressAndUpdate (MaterialPoint &mat_point, const TVector6 &strain, TVectorEnergy &energy_density, TVector6 &stress) const
void	myComputeStabilizedEnergyAndStress (const MaterialPoint &mat_point, const TVector6 &strain, TVectorEnergy &energy_density, TVector6 &stress) const
void	myComputeStabilizedStressAndTensor (const MaterialPoint &mat_point, const TVector6 &strain, TVector6 &stress, TMatrix6 &Dmat) const
void	myComputeStabilizedStressEnergyCAUCHY (const MaterialPoint &mat_point, const TMatrix3 &defgrad, TVectorEnergy &energy_density, TVector9 &stress) const
void	myComputeStabilizedTensorCAUCHY (const MaterialPoint &mat_point, const TMatrix3 &defgrad, TSparseMatrix &Dmat) const
void	myComputeStressAndTensor (const MaterialPoint &mat_point, const TVector6 &strain, TVector6 &stress, TMatrix6 &Dmat) const
	returns the specific integration point data
void	myComputeStressEnergyCAUCHY (const MaterialPoint &mat_point, const TMatrix3 &defgrad, TVectorEnergy &energy_density, TVector9 &stress) const
void	myComputeStressEnergyCAUCHYUpdate (MaterialPoint &mat_point, const TMatrix3 &defgrad, TVectorEnergy &energy_density, TVector9 &stress) const
void	myComputeTensorCAUCHY (const MaterialPoint &mat_point, const TMatrix3 &defgrad, TSparseMatrix &Dmat) const
const type_check_supported_strains	myGetStrainDef () const
void	myInitStateDataCAUCHY (MaterialPoint &mat_point, const TMatrix3 &defgrad) const
void	myPrecomputematerial (Material &material) const
void	myUpdateStateDataCAUCHY (MaterialPoint &mat_point, const TMatrix3 &defgrad) const
Protected Attributes
enum sfem_materials_base::MaterialType_Linear3d:: { ... }	my_matrices
enum sfem_materials_base::MaterialType_Linear3d:: { ... }	my_realnumbers

---

Detailed Description

simple linear elastic material

---

Member Function Documentation

void sfem_materials_base::MaterialType_Linear3d::myComputeStressAndTensor	(	const MaterialPoint &	mat_point,
		const TVector6 &	strain,
		TVector6 &	stress,
		TMatrix6 &	Dmat
	)			const [protected]

returns the specific integration point data

Parameters:

intpt

... number of intpt

---

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

• modules/sfem_materials_base/sfem_materials_base/linear_elastic/materialtype_linear3d.hpp