Virtual class for creating a material object. More...

#include <Material.hpp>

Inheritance diagram for Material:

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Collaboration diagram for Material:

Public Member Functions
	Material (std::string name, bool model)
	Creates a Material to be specified at a Gauss-point in an Element. More...

virtual	~Material ()=0
	Destroys this Material object. More...

virtual std::unique_ptr< Material >	CopyMaterial ()=0
	Clone the selected material. More...

virtual double	GetDensity () const =0
	Access material density. More...

virtual double	GetPoissonRatio () const =0
	Returns the Poisson's ratio. More...

virtual double	GetBulkModulus () const =0
	Access bulk modulus. More...

virtual double	GetShearModulus () const =0
	Access shear modulus. More...

virtual double	GetElasticityModulus () const =0
	Access modulus of elasticity. More...

virtual double	GetEnergy () const =0
	Computes the material energy for a given strain. More...

virtual Eigen::MatrixXd	GetDamping () const =0
	Returns the material viscous damping. More...

virtual Eigen::VectorXd	GetStrain () const =0
	Computes the material strain in Voight notation. More...

virtual Eigen::VectorXd	GetStress () const =0
	Computes the material stress in Voight notation. More...

virtual Eigen::VectorXd	GetStrainRate () const =0
	Computes the material strain rate in Voight notation. More...

virtual Eigen::VectorXd	GetTotalStress () const =0
	Computes the material total stress in Voight notation. More...

virtual Eigen::MatrixXd	GetTangentStiffness () const =0
	Computes the material stiffness in Voight notation. More...

virtual Eigen::MatrixXd	GetInitialTangentStiffness () const =0
	Computes the initial material stiffness in Voight notation. More...

virtual void	CommitState ()=0
	Perform converged material state update. More...

virtual void	ReverseState ()=0
	Reverse the material states to previous converged state. More...

virtual void	InitialState ()=0
	Brings the material states to its initial state in the element. More...

virtual void	UpdateState (const Eigen::VectorXd strain, const unsigned int cond=0)=0
	Update the material state for this iteration. More...

std::string	GetName ()
	Gets material information. More...

bool	IsViscous ()
	Gets material stress model. More...

Private Attributes
std::string	Name
	Material Name. More...

bool	isViscous
	Material Stress Model. More...

Detailed Description

Virtual class for creating a material object.

See also: Mesh.hpp

Constructor & Destructor Documentation

◆ Material()

Material::Material	(	std::string	name,
		bool	model
	)

Creates a Material to be specified at a Gauss-point in an Element.

Parameters

name	Name of the derived class.
model	If the material is viscous.

See also: Material::Name Material::isViscous.

◆ ~Material()

virtual Material::~Material ( )

pure virtual

Destroys this Material object.

Member Function Documentation

◆ CommitState()

virtual void Material::CommitState ( )

pure virtual

Perform converged material state update.

Note: This function sets the trail stress and strain as converged.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic1DJ2, Concrete1DFiber, Plastic3DJ2, PlasticPlaneStrainJ2, Elastic1DLinear, Plastic1DGap, Elastic1DFiber, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Elastic1DGap, Hertzian1DLinear, and Viscous1DLinear.

◆ CopyMaterial()

virtual std::unique_ptr<Material> Material::CopyMaterial ( )

pure virtual

Clone the selected material.

Returns: A Material pointer to the derived class.

See also: Material.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic3DJ2, Concrete1DFiber, Plastic1DJ2, PlasticPlaneStrainJ2, Hertzian1DLinear, Elastic1DLinear, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Plastic1DGap, Viscous1DLinear, Elastic1DGap, and Elastic1DFiber.

◆ GetBulkModulus()

virtual double Material::GetBulkModulus ( ) const

pure virtual

Access bulk modulus.

Returns: The material bulk's (K) moduli value.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic3DJ2, Concrete1DFiber, Plastic1DJ2, PlasticPlaneStrainJ2, Elastic1DLinear, Elastic3DLinear, Hertzian1DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Plastic1DGap, Elastic1DFiber, Viscous1DLinear, and Elastic1DGap.

◆ GetDamping()

virtual Eigen::MatrixXd Material::GetDamping ( ) const

pure virtual

Returns the material viscous damping.

Returns: Vector with the material damping components.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic1DJ2, Plastic3DJ2, Concrete1DFiber, PlasticPlaneStrainJ2, Elastic1DLinear, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Hertzian1DLinear, Plastic1DGap, Elastic1DFiber, Viscous1DLinear, and Elastic1DGap.

◆ GetDensity()

virtual double Material::GetDensity ( ) const

pure virtual

Access material density.

Returns: The material density value.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic3DJ2, Concrete1DFiber, Plastic1DJ2, PlasticPlaneStrainJ2, Hertzian1DLinear, Elastic1DLinear, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Plastic1DGap, Viscous1DLinear, Elastic1DFiber, and Elastic1DGap.

◆ GetElasticityModulus()

virtual double Material::GetElasticityModulus ( ) const

pure virtual

Access modulus of elasticity.

Returns: The material elasticity's (E) moduli value.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic3DJ2, Concrete1DFiber, Plastic1DJ2, PlasticPlaneStrainJ2, Elastic1DLinear, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Hertzian1DLinear, Plastic1DGap, Elastic1DFiber, Viscous1DLinear, and Elastic1DGap.

◆ GetEnergy()

virtual double Material::GetEnergy ( ) const

pure virtual

Computes the material energy for a given strain.

Returns: Scalar with the material energy value.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic3DJ2, Concrete1DFiber, Plastic1DJ2, PlasticPlaneStrainJ2, Elastic1DLinear, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Hertzian1DLinear, Plastic1DGap, Elastic1DFiber, Viscous1DLinear, and Elastic1DGap.

◆ GetInitialTangentStiffness()

virtual Eigen::MatrixXd Material::GetInitialTangentStiffness ( ) const

pure virtual

Computes the initial material stiffness in Voight notation.

Returns: Matrix with the initial material tangent stiffness matrix.

Note: The initial tangent stiffness matrix is computed when the strain vector is zero.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic1DJ2, Plastic3DBA, Concrete1DFiber, Plastic3DJ2, PlasticPlaneStrainJ2, Elastic1DLinear, Plastic1DGap, Elastic1DFiber, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Elastic1DGap, Hertzian1DLinear, and Viscous1DLinear.

◆ GetName()

std::string Material::GetName ( )

Gets material information.

Returns: The name of the derived class.

See also: Material::Name.

◆ GetPoissonRatio()

virtual double Material::GetPoissonRatio ( ) const

pure virtual

Returns the Poisson's ratio.

Returns: The material Poisson's ratio (nu) value.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Concrete1DFiber, Plastic1DJ2, Plastic3DJ2, PlasticPlaneStrainJ2, Elastic1DLinear, Elastic3DLinear, Hertzian1DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Plastic1DGap, Elastic1DFiber, Viscous1DLinear, and Elastic1DGap.

◆ GetShearModulus()

virtual double Material::GetShearModulus ( ) const

pure virtual

Access shear modulus.

Returns: The material shear's (G) moduli value.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic3DJ2, PlasticPlaneStrainJ2, Concrete1DFiber, Plastic1DJ2, Elastic1DLinear, Elastic3DLinear, Hertzian1DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Plastic1DGap, Elastic1DFiber, Viscous1DLinear, and Elastic1DGap.

◆ GetStrain()

virtual Eigen::VectorXd Material::GetStrain ( ) const

pure virtual

Computes the material strain in Voight notation.

Returns: Vector with the material strain components.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic1DJ2, Plastic3DJ2, Concrete1DFiber, PlasticPlaneStrainJ2, Elastic1DLinear, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Hertzian1DLinear, Plastic1DGap, Elastic1DFiber, Viscous1DLinear, and Elastic1DGap.

◆ GetStrainRate()

virtual Eigen::VectorXd Material::GetStrainRate ( ) const

pure virtual

Computes the material strain rate in Voight notation.

Returns: Vector with the material strain-rate components.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic1DJ2, Plastic3DBA, Plastic3DJ2, Concrete1DFiber, PlasticPlaneStrainJ2, Elastic1DLinear, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Hertzian1DLinear, Plastic1DGap, Elastic1DFiber, Viscous1DLinear, and Elastic1DGap.

◆ GetStress()

virtual Eigen::VectorXd Material::GetStress ( ) const

pure virtual

Computes the material stress in Voight notation.

Returns: Vector with the material stress components.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic1DJ2, Plastic3DJ2, Concrete1DFiber, PlasticPlaneStrainJ2, Elastic1DLinear, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Hertzian1DLinear, Plastic1DGap, Elastic1DFiber, Elastic1DGap, and Viscous1DLinear.

◆ GetTangentStiffness()

virtual Eigen::MatrixXd Material::GetTangentStiffness ( ) const

pure virtual

Computes the material stiffness in Voight notation.

Returns: Matrix with the material tangent stiffness matrix.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic1DJ2, Plastic3DBA, Concrete1DFiber, Plastic3DJ2, PlasticPlaneStrainJ2, Elastic1DLinear, Plastic1DGap, Elastic1DFiber, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Elastic1DGap, Hertzian1DLinear, and Viscous1DLinear.

◆ GetTotalStress()

virtual Eigen::VectorXd Material::GetTotalStress ( ) const

pure virtual

Computes the material total stress in Voight notation.

Returns: Vector with the material total stress components.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic1DJ2, Plastic3DBA, Concrete1DFiber, Plastic3DJ2, PlasticPlaneStrainJ2, Elastic1DLinear, Elastic3DLinear, Plastic1DGap, Elastic1DFiber, Elastic2DPlaneStrain, Elastic2DPlaneStress, Hertzian1DLinear, Elastic1DGap, and Viscous1DLinear.

◆ InitialState()

virtual void Material::InitialState ( )

pure virtual

Brings the material states to its initial state in the element.

Note: This function returns the material states to the beginning.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic1DJ2, Concrete1DFiber, Plastic3DJ2, PlasticPlaneStrainJ2, Elastic1DLinear, Plastic1DGap, Elastic1DFiber, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Elastic1DGap, Hertzian1DLinear, and Viscous1DLinear.

◆ IsViscous()

bool Material::IsViscous ( )

Gets material stress model.

Returns: If the material is viscous.

See also: Material::isViscous.

◆ ReverseState()

virtual void Material::ReverseState ( )

pure virtual

Reverse the material states to previous converged state.

Note: This function returns the material states to previous converged states.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic1DJ2, Concrete1DFiber, Plastic3DJ2, PlasticPlaneStrainJ2, Elastic1DLinear, Plastic1DGap, Elastic1DFiber, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Elastic1DGap, Hertzian1DLinear, and Viscous1DLinear.

◆ UpdateState()

virtual void Material::UpdateState	(	const Eigen::VectorXd	strain,
		const unsigned int	cond = `0`
	)

pure virtual

Update the material state for this iteration.

Parameters

strain	Vector with the strain components at this Gauss-point.
cond	If the the elastic/plastic material components will be updated.

Note: This function computes the strain and tanget stiffness matrix once the trial strain converged.

Implemented in Steel1DFiber, PlasticPlaneStrainBA, Plastic3DBA, Plastic1DJ2, Concrete1DFiber, Plastic3DJ2, PlasticPlaneStrainJ2, Elastic1DLinear, Plastic1DGap, Elastic1DFiber, Elastic3DLinear, Elastic2DPlaneStrain, Elastic2DPlaneStress, Elastic1DGap, Hertzian1DLinear, and Viscous1DLinear.

Member Data Documentation

◆ isViscous

bool Material::isViscous

private

Material Stress Model.

◆ Name

std::string Material::Name

private

Material Name.

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ Material()

◆ ~Material()

Member Function Documentation

◆ CommitState()

◆ CopyMaterial()

◆ GetBulkModulus()

◆ GetDamping()

◆ GetDensity()

◆ GetElasticityModulus()

◆ GetEnergy()

◆ GetInitialTangentStiffness()

◆ GetName()

◆ GetPoissonRatio()

◆ GetShearModulus()

◆ GetStrain()

◆ GetStrainRate()

◆ GetStress()

◆ GetTangentStiffness()

◆ GetTotalStress()

◆ InitialState()

◆ IsViscous()

◆ ReverseState()

◆ UpdateState()

Member Data Documentation

◆ isViscous

◆ Name