#include <mech_output_writer.h>

Public Member Functions
void	eqPlastStrain_elem (LocalVector &locEqPlastStrain, TBaseElem *elem, const LocalVector &locU, SmartPtr< TDomain > dom)
	get the equivalent plastic strain More...

void	invariants_kirchhoff_stress_elem (LocalVector &locInvarKirchhoffStress, TBaseElem *elem, const LocalVector &u, SmartPtr< TDomain > dom)
	get the invariants of the kirchhoff stress tensor using the vector of unknowns u More...

void	material_law (SmartPtr< IMaterialLaw< TDomain > > spMatLaw)

	MechOutputWriter ()
	constructor More...

void	normal_stress_strain_elem (LocalVector &locSigma, LocalVector &locEps, LocalVector &locStressFunc, LocalVector &locStrainFunc, TBaseElem *elem, const LocalVector &locU, SmartPtr< TDomain > dom)
	get some normalized values of the Cauchy-stress and strain tensor More...

void	normal_stresses_at (const number CoordX, const number CoordY, const number CoordZ)
	get normal stresses at point More...

void	plastIP_elem (LocalVector &locPlastIP, TBaseElem *elem, const LocalVector &locU, SmartPtr< TDomain > dom)
	marks the integration point, where a plastic evolution occurs More...

void	post_timestep (const number time)

template<typename TFEGeom >
void	post_timestep_elem (const number time, SmartPtr< TDomain > dom, TFEGeom &geo, TBaseElem *elem, const LocalVector &u)

void	postprocess ()

void	pre_timestep ()

void	preprocess ()

void	quad_order (const int quadOrder)

void	stress_eigenvalues_at (const number CoordX, const number CoordY, const number CoordZ)
	get stress eigenvalues at point More...

	~MechOutputWriter ()
	destructor More...

Static Public Attributes
static const int	dim = TDomain::dim
	World dimension. More...

Private Types
typedef domain_traits< TDomain::dim >::grid_base_object	TBaseElem
	base element type of associated domain More...

Private Member Functions
template<typename TFEGeom >
void	next_ips_to_point (vector< size_t > &vNextIP, const MathVector< dim > &point, const TFEGeom &geo)

template<typename TFEGeom >
void	normal_stress_near_point (const number time, TFEGeom &geo, const LocalVector &u)

template<typename TFEGeom >
void	stress_eigenvalues_near_point (const number time, TFEGeom &geo, const LocalVector &u)

Private Attributes
bool	m_bIP_values_written
	flag indicating, if ip-values are already written More...

MathVector< dim >	m_evalPointEV
	points, where to get stress-eigenvalues/normalStress More...

MathVector< dim >	m_evalPointNormStress

FILE *	m_fileStressEV
	output-file for stress eigenvalues More...

bool	m_normalStress

int	m_quadOrder
	quadrature rule More...

SmartPtr< IMaterialLaw< TDomain > >	m_spMatLaw
	material law More...

bool	m_stressEV
	flags for stress-eigenvalues / normalStress at specific corner More...

Detailed Description

template<typename TDomain>
class ug::SmallStrainMechanics::MechOutputWriter< TDomain >

This class delivers some functions to write/visualize some output data like e.g. normal components of the stress-tensor, the maximal eigenvalue of the stress tensor at a given point or the equivalent plastic strain tensor.

Member Typedef Documentation

◆ TBaseElem

template<typename TDomain >

typedef domain_traits<TDomain::dim>::grid_base_object ug::SmallStrainMechanics::MechOutputWriter< TDomain >::TBaseElem

private

base element type of associated domain

Constructor & Destructor Documentation

◆ MechOutputWriter()

template<typename TDomain >

ug::SmallStrainMechanics::MechOutputWriter< TDomain >::MechOutputWriter ( )

inline

constructor

◆ ~MechOutputWriter()

template<typename TDomain >

ug::SmallStrainMechanics::MechOutputWriter< TDomain >::~MechOutputWriter ( )

inline

destructor

Member Function Documentation

◆ eqPlastStrain_elem()

template<typename TDomain >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::eqPlastStrain_elem	(	LocalVector &	locEqPlastStrain,
		TBaseElem *	elem,
		const LocalVector &	locU,
		SmartPtr< TDomain >	dom
	)

get the equivalent plastic strain

compute the equivalent plastic strain elementwise (see Simo/Hughes p. 90 for the definition)

References ug::CollectNeighbors(), ug::ContainsPoint(), dim, grid(), ug::LFEID::LAGRANGE, ug::NHT_VERTEX_NEIGHBORS, ug::DimFEGeometry< TWorldDim, TRefDim >::num_ip(), UG_CATCH_THROW, and ug::DimFEGeometry< TWorldDim, TRefDim >::update().

Referenced by ug::SmallStrainMechanics::equiv_plast_strain().

◆ invariants_kirchhoff_stress_elem()

template<typename TDomain >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::invariants_kirchhoff_stress_elem	(	LocalVector &	locInvarKirchhoffStress,
		TBaseElem *	elem,
		const LocalVector &	u,
		SmartPtr< TDomain >	dom
	)

get the invariants of the kirchhoff stress tensor using the vector of unknowns u

compute the invariants of the kirchhoff stress tensor per element

References ug::CollectNeighbors(), ug::ContainsPoint(), ug::Determinant(), dim, grid(), ug::LFEID::LAGRANGE, ug::MatAdd(), ug::MatIdentity(), ug::MatMultiply(), ug::MatScale(), ug::NHT_VERTEX_NEIGHBORS, ug::Trace(), UG_CATCH_THROW, and ug::DimFEGeometry< TWorldDim, TRefDim >::update().

Referenced by ug::SmallStrainMechanics::invariants_kirchhoff_stress().

◆ material_law()

template<typename TDomain >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::material_law ( SmartPtr< IMaterialLaw< TDomain > > spMatLaw )

inline

◆ next_ips_to_point()

template<typename TDomain >

template<typename TFEGeom >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::next_ips_to_point	(	vector< size_t > &	vNextIP,
		const MathVector< dim > &	point,
		const TFEGeom &	geo
	)

private

References ug::VecDistance().

◆ normal_stress_near_point()

template<typename TDomain >

template<typename TFEGeom >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::normal_stress_near_point	(	const number	time,
		TFEGeom &	geo,
		const LocalVector &	u
	)

private

References UG_LOG.

◆ normal_stress_strain_elem()

template<typename TDomain >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::normal_stress_strain_elem	(	LocalVector &	locSigma,
		LocalVector &	locEps,
		LocalVector &	locStressFunc,
		LocalVector &	locStrainFunc,
		TBaseElem *	elem,
		const LocalVector &	locU,
		SmartPtr< TDomain >	dom
	)

get some normalized values of the Cauchy-stress and strain tensor

References ug::CollectNeighbors(), ug::ContainsPoint(), dim, grid(), ug::LFEID::LAGRANGE, ug::MatDeviatorTrace(), ug::MatFrobeniusNorm(), ug::NHT_VERTEX_NEIGHBORS, ug::DimFEGeometry< TWorldDim, TRefDim >::num_ip(), UG_CATCH_THROW, UG_LOG, and ug::DimFEGeometry< TWorldDim, TRefDim >::update().

Referenced by ug::SmallStrainMechanics::normal_stresses_strains().

◆ normal_stresses_at()

template<typename TDomain >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::normal_stresses_at	(	const number	CoordX,
		const number	CoordY,
		const number	CoordZ
	)

inline

get normal stresses at point

References dim.

◆ plastIP_elem()

template<typename TDomain >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::plastIP_elem	(	LocalVector &	locPlastIP,
		TBaseElem *	elem,
		const LocalVector &	locU,
		SmartPtr< TDomain >	dom
	)

marks the integration point, where a plastic evolution occurs

count how many integration points are plastified

References ug::CollectNeighbors(), ug::ContainsPoint(), dim, grid(), ug::LFEID::LAGRANGE, ug::MatFrobeniusNorm(), ug::NHT_VERTEX_NEIGHBORS, ug::DimFEGeometry< TWorldDim, TRefDim >::num_ip(), UG_CATCH_THROW, and ug::DimFEGeometry< TWorldDim, TRefDim >::update().

Referenced by ug::SmallStrainMechanics::plast_ip().

◆ post_timestep()

template<typename TDomain >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::post_timestep ( const number time )

◆ post_timestep_elem()

template<typename TDomain >

template<typename TFEGeom >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::post_timestep_elem	(	const number	time,
		SmartPtr< TDomain >	dom,
		TFEGeom &	geo,
		TBaseElem *	elem,
		const LocalVector &	u
	)

References ug::ContainsPoint().

◆ postprocess()

template<typename TDomain >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::postprocess

◆ pre_timestep()

template<typename TDomain >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::pre_timestep ( )

inline

◆ preprocess()

template<typename TDomain >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::preprocess

◆ quad_order()

template<typename TDomain >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::quad_order ( const int quadOrder )

inline

◆ stress_eigenvalues_at()

template<typename TDomain >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::stress_eigenvalues_at	(	const number	CoordX,
		const number	CoordY,
		const number	CoordZ
	)

inline

get stress eigenvalues at point

References dim.

◆ stress_eigenvalues_near_point()

template<typename TDomain >

template<typename TFEGeom >

void ug::SmallStrainMechanics::MechOutputWriter< TDomain >::stress_eigenvalues_near_point	(	const number	time,
		TFEGeom &	geo,
		const LocalVector &	u
	)

private

References ug::CalculateEigenvalues(), dim, ug::MatMultiplyMTM(), and UG_LOG.

Member Data Documentation

◆ dim

template<typename TDomain >

const int ug::SmallStrainMechanics::MechOutputWriter< TDomain >::dim = TDomain::dim

static

World dimension.

◆ m_bIP_values_written

template<typename TDomain >

bool ug::SmallStrainMechanics::MechOutputWriter< TDomain >::m_bIP_values_written

private

flag indicating, if ip-values are already written

◆ m_evalPointEV

template<typename TDomain >

MathVector<dim> ug::SmallStrainMechanics::MechOutputWriter< TDomain >::m_evalPointEV

private

points, where to get stress-eigenvalues/normalStress

◆ m_evalPointNormStress

template<typename TDomain >

MathVector<dim> ug::SmallStrainMechanics::MechOutputWriter< TDomain >::m_evalPointNormStress

private

◆ m_fileStressEV

template<typename TDomain >

FILE* ug::SmallStrainMechanics::MechOutputWriter< TDomain >::m_fileStressEV

private

output-file for stress eigenvalues

◆ m_normalStress

template<typename TDomain >

bool ug::SmallStrainMechanics::MechOutputWriter< TDomain >::m_normalStress

private

◆ m_quadOrder

template<typename TDomain >

int ug::SmallStrainMechanics::MechOutputWriter< TDomain >::m_quadOrder

private

quadrature rule

◆ m_spMatLaw

template<typename TDomain >

SmartPtr<IMaterialLaw<TDomain> > ug::SmallStrainMechanics::MechOutputWriter< TDomain >::m_spMatLaw

private

material law

◆ m_stressEV

template<typename TDomain >

bool ug::SmallStrainMechanics::MechOutputWriter< TDomain >::m_stressEV

private

flags for stress-eigenvalues / normalStress at specific corner

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

/home/runner/work/docs/docs/ug4/plugins/SmallStrainMechanics/output_writer/mech_output_writer.h
/home/runner/work/docs/docs/ug4/plugins/SmallStrainMechanics/output_writer/mech_output_writer_impl.h

Public Member Functions

Static Public Attributes

Private Types

Private Member Functions

Private Attributes

Detailed Description

template<typename TDomain> class ug::SmallStrainMechanics::MechOutputWriter< TDomain >

Member Typedef Documentation

◆ TBaseElem

Constructor & Destructor Documentation

◆ MechOutputWriter()

◆ ~MechOutputWriter()

Member Function Documentation

◆ eqPlastStrain_elem()

◆ invariants_kirchhoff_stress_elem()

◆ material_law()

◆ next_ips_to_point()

◆ normal_stress_near_point()

◆ normal_stress_strain_elem()

◆ normal_stresses_at()

◆ plastIP_elem()

◆ post_timestep()

◆ post_timestep_elem()

◆ postprocess()

◆ pre_timestep()

◆ preprocess()

◆ quad_order()

◆ stress_eigenvalues_at()

◆ stress_eigenvalues_near_point()

Member Data Documentation

◆ dim

◆ m_bIP_values_written

◆ m_evalPointEV

◆ m_evalPointNormStress

◆ m_fileStressEV

◆ m_normalStress

◆ m_quadOrder

◆ m_spMatLaw

◆ m_stressEV

template<typename TDomain>
class ug::SmallStrainMechanics::MechOutputWriter< TDomain >