This class lets to compute the wall tensions inside the arterial wall. The tensorial operations that are needed to compute the stress tensor are defined in AssemblyElementalStructure. When a new type of analysis wants to be performed new methods can be added. More...

#include <WallTensionEstimator.hpp>

Inheritance diagram for WallTensionEstimator< Mesh >:

Collaboration diagram for WallTensionEstimator< Mesh >:

Type definitions
typedef Displayer::comm_Type	comm_Type

typedef Displayer::commPtr_Type	commPtr_Type

typedef FESpace< Mesh, MapEpetra >	feSpace_Type

typedef std::shared_ptr< feSpace_Type >	feSpacePtr_Type

typedef ETFESpace< RegionMesh< LinearTetra >, MapEpetra, 3, 3 >	feSpaceET_Type

typedef std::shared_ptr< feSpaceET_Type >	feSpaceETPtr_Type

typedef StructuralConstitutiveLawData	data_Type

typedef std::shared_ptr< data_Type >	dataPtr_Type

typedef WallTensionEstimatorData	analysisData_Type

typedef std::shared_ptr< analysisData_Type >	analysisDataPtr_Type

typedef Epetra_SerialDenseMatrix	matrix_Type

typedef std::shared_ptr< matrix_Type >	matrixPtr_Type

typedef std::vector< Real >	vector_Type

typedef std::shared_ptr< vector_Type >	vectorPtr_Type

typedef VectorEpetra	solutionVect_Type

typedef std::shared_ptr< VectorEpetra >	solutionVectPtr_Type

typedef std::shared_ptr< const Displayer >	displayerPtr_Type

typedef std::shared_ptr< Exporter< Mesh > >	exporterPtr_Type

typedef StructuralConstitutiveLaw< Mesh >	material_Type

typedef std::shared_ptr< material_Type >	materialPtr_Type

Constructor & Deconstructor
	WallTensionEstimator ()

virtual	~WallTensionEstimator ()

Methods
void	setup (const dataPtr_Type &dataMaterial, const analysisDataPtr_Type &tensionData, const feSpacePtr_Type &feSpace, const feSpaceETPtr_Type &feSpaceET, const commPtr_Type &comm, UInt marker)
	Setup the created object of the class WallTensionEstimator. More...

void	setup (const dataPtr_Type &dataMaterial, const feSpacePtr_Type &feSpace, const feSpaceETPtr_Type &feSpaceET, const commPtr_Type &comm, UInt marker)
	Setup the created object of the class WallTensionEstimator. More...

virtual void	analyzeTensions ()
	This method computes the Cauchy stress tensor and its principal values. It uses the displacement vector that has to be set. More...

void	analyzeTensionsRecoveryDisplacement ()
	This method computes the Cauchy stress tensor and its principal values. It uses the displacement vector that has to be set. More...

void	analyzeTensionsRecoveryEigenvalues ()
	This method computes the Cauchy stress tensor and its principal values. It uses the displacement vector that has to be set. More...

void	analyzeTensionsRecoveryCauchyStresses ()
	This method computes the Cauchy stress tensor and its principal values. It uses the displacement vector that has to be set. More...

void	analyzeTensionsRecoveryVonMisesStress ()
	This method computes the Von Mises stress. It uses the displacement vector that has to be set. More...

Set Methods
void	setDisplacement (const solutionVect_Type &displacement)
	Set the displacement vector. More...

Get Methods
MapEpetra const &	map () const
	Get the Epetramap. More...

	LIFEV_DEPRECATED (const feSpace_Type &dFESpace() const { return feSpace();}) LIFEV_DEPRECATED(const feSpacePtr_Type &dFESpacePtr() const
	Get the FESpace object. More...

const feSpace_Type &	feSpace () const
	Get the FESpace object. More...

const feSpacePtr_Type &	feSpacePtr () const
	Get the pointer to the FESpace object. More...

const feSpace_Type &	feSpaceScalar () const
	Get the scalar FESpace object. More...

const feSpacePtr_Type &	feSpaceScalarPtr () const
	Get the pointer to the scalar FESpace object. More...

solutionVect_Type	displacement () const
	Get the displacement solution. More...

solutionVect_Type	gradientX () const
	Get the displacement solution. More...

solutionVect_Type	gradientY () const

solutionVect_Type	gradientZ () const

solutionVect_Type	sigmaX () const

solutionVect_Type	sigmaY () const

solutionVect_Type	sigmaZ () const

void	exportStressXX (solutionVect_Type &stressXX)
	Export the XX component of the stress by copying it to an external vector. More...

void	exportStressXY (solutionVect_Type &stressXY)
	Export the XY component of the stress by copying it to an external vector. More...

void	exportStressXZ (solutionVect_Type &stressXZ)
	Export the XZ component of the stress by copying it to an external vector. More...

void	exportStressYX (solutionVect_Type &stressYX)
	Export the YX component of the stress by copying it to an external vector. More...

void	exportStressYY (solutionVect_Type &stressYY)
	Export the YY component of the stress by copying it to an external vector. More...

void	exportStressYZ (solutionVect_Type &stressYZ)
	Export the YZ component of the stress by copying it to an external vector. More...

void	exportStressZX (solutionVect_Type &stressZX)
	Export the ZX component of the stress by copying it to an external vector. More...

void	exportStressZY (solutionVect_Type &stressZY)
	Export the ZY component of the stress by copying it to an external vector. More...

void	exportStressZZ (solutionVect_Type &stressZZ)
	Export the ZZ component of the stress by copying it to an external vector. More...

void	exportStressVonMises (solutionVect_Type &stressVonMises)
	Export the ZZ component of the stress by copying it to an external vector. More...

solutionVect_Type	principalStresses () const
	Get the global vector for the eigenvalues. More...

Protected methods
void	computeDisplacementGradient (solutionVectPtr_Type grDisplX, solutionVectPtr_Type grDisplY, solutionVectPtr_Type grDisplZ)
	computeDeformation: This method computes the tensor F given the displacement on the element. More...

void	constructGlobalStressVector ()
	constructGlobalStressVector: This method construct the vectors {.,i} for i=x,y,z to have for each DOF the tensor More...

void	constructPatchAreaVector (solutionVect_Type &patchArea)
	constructPatchAreaVector: This method build the patch area vector used in the reconstruction process More...

void	reconstructElementaryVector (VectorElemental &elVecSigma, const solutionVect_Type &patchArea, const feSpace_Type &feSpace)
	reconstructElementaryVector: This method applies a reconstruction procedure on the elvec that is passed More...

Protected members
feSpacePtr_Type	M_FESpace
	Vectorial FE space. More...

feSpacePtr_Type	M_FESpaceScalar
	Scalar FE space. More...

matrixPtr_Type	M_deformationF
	Elementary matrix for the tensor F. More...

matrixPtr_Type	M_cofactorF
	Elementary matrix for the tensor F. More...

matrixPtr_Type	M_firstPiola
	Elementary matrix for the tensor P. More...

matrixPtr_Type	M_sigma
	Elementary matrix for the tensor (Cauchy tensor on the current config) More...

vector_Type	M_invariants
	Vector of the invariants of C and detF (length = 4) More...

vector_Type	M_eigenvaluesR
	Vector of the eigenvalues of on the DOF (length = 3) More...

vector_Type	M_eigenvaluesI

solutionVectPtr_Type	M_displacement
	Vector for the displacement field. More...

solutionVectPtr_Type	M_gradientX
	Vector for the gradient along X of the displacement field. More...

solutionVectPtr_Type	M_gradientY
	Vector for the gradient along Y of the displacement field. More...

solutionVectPtr_Type	M_gradientZ
	Vector for the gradient along Z of the displacement field. More...

solutionVectPtr_Type	M_sigmaX
	Vector for the X component of the stress tensor. More...

solutionVectPtr_Type	M_sigmaY
	Vector for the Y component of the stress tensor. More...

solutionVectPtr_Type	M_sigmaZ
	Vector for the Z component of the stress tensor. More...

solutionVectPtr_Type	M_sigmaVonMises
	Vector for the Von Mises stress. More...

solutionVectPtr_Type	M_globalEigenvalues
	Vector for the eigenvalues of the Cauchy stress tensor. More...

UInt	M_offset
	The Offset parameter. More...

UInt	M_marker
	The volume marker. More...

dataPtr_Type	M_dataMaterial

analysisDataPtr_Type	M_analysisData

displayerPtr_Type	M_displayer

materialPtr_Type	M_material
	Material class. More...

Detailed Description

template<typename Mesh>
class LifeV::WallTensionEstimator< Mesh >

This class lets to compute the wall tensions inside the arterial wall. The tensorial operations that are needed to compute the stress tensor are defined in AssemblyElementalStructure. When a new type of analysis wants to be performed new methods can be added.

This class lets to compute the wall tensions inside the arterial wall using the cylindrical coordinates r, , z. The tensorial operations that are needed to compute the stress tensor are defined in AssemblyElementalStructure. When a new type of analysis wants to be performed new methods can be added.

Definition at line 111 of file WallTensionEstimator.hpp.

Member Typedef Documentation

◆ comm_Type

typedef Displayer::comm_Type comm_Type

Definition at line 119 of file WallTensionEstimator.hpp.

◆ commPtr_Type

typedef Displayer::commPtr_Type commPtr_Type

Definition at line 120 of file WallTensionEstimator.hpp.

◆ feSpace_Type

typedef FESpace< Mesh, MapEpetra > feSpace_Type

Definition at line 123 of file WallTensionEstimator.hpp.

◆ feSpacePtr_Type

typedef std::shared_ptr< feSpace_Type > feSpacePtr_Type

Definition at line 124 of file WallTensionEstimator.hpp.

◆ feSpaceET_Type

typedef ETFESpace< RegionMesh<LinearTetra>, MapEpetra, 3, 3 > feSpaceET_Type

Definition at line 126 of file WallTensionEstimator.hpp.

◆ feSpaceETPtr_Type

typedef std::shared_ptr<feSpaceET_Type> feSpaceETPtr_Type

Definition at line 127 of file WallTensionEstimator.hpp.

◆ data_Type

typedef StructuralConstitutiveLawData data_Type

Definition at line 130 of file WallTensionEstimator.hpp.

◆ dataPtr_Type

typedef std::shared_ptr<data_Type> dataPtr_Type

Definition at line 131 of file WallTensionEstimator.hpp.

◆ analysisData_Type

typedef WallTensionEstimatorData analysisData_Type

Definition at line 132 of file WallTensionEstimator.hpp.

◆ analysisDataPtr_Type

typedef std::shared_ptr<analysisData_Type> analysisDataPtr_Type

Definition at line 133 of file WallTensionEstimator.hpp.

◆ matrix_Type

typedef Epetra_SerialDenseMatrix matrix_Type

Definition at line 136 of file WallTensionEstimator.hpp.

◆ matrixPtr_Type

typedef std::shared_ptr<matrix_Type> matrixPtr_Type

Definition at line 137 of file WallTensionEstimator.hpp.

◆ vector_Type

typedef std::vector< Real > vector_Type

Definition at line 138 of file WallTensionEstimator.hpp.

◆ vectorPtr_Type

typedef std::shared_ptr<vector_Type> vectorPtr_Type

Definition at line 139 of file WallTensionEstimator.hpp.

◆ solutionVect_Type

typedef VectorEpetra solutionVect_Type

Definition at line 142 of file WallTensionEstimator.hpp.

◆ solutionVectPtr_Type

typedef std::shared_ptr<VectorEpetra> solutionVectPtr_Type

Definition at line 143 of file WallTensionEstimator.hpp.

◆ displayerPtr_Type

typedef std::shared_ptr<const Displayer> displayerPtr_Type

Definition at line 146 of file WallTensionEstimator.hpp.

◆ exporterPtr_Type

typedef std::shared_ptr< Exporter<Mesh> > exporterPtr_Type

Definition at line 147 of file WallTensionEstimator.hpp.

◆ material_Type

typedef StructuralConstitutiveLaw<Mesh> material_Type

Definition at line 150 of file WallTensionEstimator.hpp.

◆ materialPtr_Type

typedef std::shared_ptr<material_Type> materialPtr_Type

Definition at line 151 of file WallTensionEstimator.hpp.

Constructor & Destructor Documentation

◆ WallTensionEstimator()

WallTensionEstimator ( )

Definition at line 524 of file WallTensionEstimator.hpp.

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◆ ~WallTensionEstimator()

virtual ~WallTensionEstimator ( )

inlinevirtual

Definition at line 161 of file WallTensionEstimator.hpp.

Member Function Documentation

◆ setup() [1/2]

void setup	(	const dataPtr_Type &	dataMaterial,
		const analysisDataPtr_Type &	tensionData,
		const feSpacePtr_Type &	feSpace,
		const feSpaceETPtr_Type &	feSpaceET,
		const commPtr_Type &	comm,
		UInt	marker
	)

Setup the created object of the class WallTensionEstimator.

Parameters

dataMaterial	the class containing the VenantKirchhoffElasticData
tensionData	the class containing the WallTensionEstimatorData
dFESpace	the FiniteElement Space
displayer	the displayer object
marker	volume marker

Definition at line 559 of file WallTensionEstimator.hpp.

◆ setup() [2/2]

void setup	(	const dataPtr_Type &	dataMaterial,
		const feSpacePtr_Type &	feSpace,
		const feSpaceETPtr_Type &	feSpaceET,
		const commPtr_Type &	comm,
		UInt	marker
	)

Setup the created object of the class WallTensionEstimator.

Parameters

dataMaterial	the class containing the VenantKirchhoffElasticData
dFESpace	the FiniteElement Space
displayer	the displayer object
marker	volume marker

Definition at line 572 of file WallTensionEstimator.hpp.

◆ analyzeTensions()

void analyzeTensions ( void )

virtual

This method computes the Cauchy stress tensor and its principal values. It uses the displacement vector that has to be set.

Reimplemented in WallTensionEstimatorCylindricalCoordinates< Mesh >.

Definition at line 629 of file WallTensionEstimator.hpp.

◆ analyzeTensionsRecoveryDisplacement()

void analyzeTensionsRecoveryDisplacement ( void )

This method computes the Cauchy stress tensor and its principal values. It uses the displacement vector that has to be set.

Definition at line 649 of file WallTensionEstimator.hpp.

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◆ analyzeTensionsRecoveryEigenvalues()

void analyzeTensionsRecoveryEigenvalues ( void )

This method computes the Cauchy stress tensor and its principal values. It uses the displacement vector that has to be set.

Definition at line 762 of file WallTensionEstimator.hpp.

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◆ analyzeTensionsRecoveryCauchyStresses()

void analyzeTensionsRecoveryCauchyStresses ( void )

This method computes the Cauchy stress tensor and its principal values. It uses the displacement vector that has to be set.

Definition at line 891 of file WallTensionEstimator.hpp.

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◆ analyzeTensionsRecoveryVonMisesStress()

void analyzeTensionsRecoveryVonMisesStress ( )

This method computes the Von Mises stress. It uses the displacement vector that has to be set.

Definition at line 949 of file WallTensionEstimator.hpp.

◆ setDisplacement()

void setDisplacement ( const solutionVect_Type & displacement )

inline

Set the displacement vector.

Definition at line 219 of file WallTensionEstimator.hpp.

◆ map()

MapEpetra const& map ( ) const

inline

Get the Epetramap.

Definition at line 231 of file WallTensionEstimator.hpp.

◆ LIFEV_DEPRECATED()

LIFEV_DEPRECATED ( const feSpace_Type &dFESpace() const { return feSpace();} ) const &

inline

Get the FESpace object.

Get the pointer to the FESpace object

Definition at line 237 of file WallTensionEstimator.hpp.

◆ feSpace()

const feSpace_Type& feSpace ( ) const

inline

Get the FESpace object.

Definition at line 251 of file WallTensionEstimator.hpp.

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◆ feSpacePtr()

const feSpacePtr_Type& feSpacePtr ( ) const

inline

Get the pointer to the FESpace object.

Definition at line 257 of file WallTensionEstimator.hpp.

◆ feSpaceScalar()

const feSpace_Type& feSpaceScalar ( ) const

inline

Get the scalar FESpace object.

Definition at line 263 of file WallTensionEstimator.hpp.

◆ feSpaceScalarPtr()

const feSpacePtr_Type& feSpaceScalarPtr ( ) const

inline

Get the pointer to the scalar FESpace object.

Definition at line 269 of file WallTensionEstimator.hpp.

◆ displacement()

solutionVect_Type displacement ( ) const

inline

Get the displacement solution.

Definition at line 275 of file WallTensionEstimator.hpp.

◆ gradientX()

solutionVect_Type gradientX ( ) const

inline

Get the displacement solution.

Definition at line 281 of file WallTensionEstimator.hpp.

◆ gradientY()

solutionVect_Type gradientY ( ) const

inline

Definition at line 286 of file WallTensionEstimator.hpp.

◆ gradientZ()

solutionVect_Type gradientZ ( ) const

inline

Definition at line 291 of file WallTensionEstimator.hpp.

◆ sigmaX()

solutionVect_Type sigmaX ( ) const

inline

Definition at line 296 of file WallTensionEstimator.hpp.

◆ sigmaY()

solutionVect_Type sigmaY ( ) const

inline

Definition at line 301 of file WallTensionEstimator.hpp.

◆ sigmaZ()

solutionVect_Type sigmaZ ( ) const

inline

Definition at line 306 of file WallTensionEstimator.hpp.

◆ exportStressXX()

void exportStressXX ( solutionVect_Type & stressXX )

inline

Export the XX component of the stress by copying it to an external vector.

Parameters

stressXX vector to be filled with the XX component of the stress

Definition at line 315 of file WallTensionEstimator.hpp.

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◆ exportStressXY()

void exportStressXY ( solutionVect_Type & stressXY )

inline

Export the XY component of the stress by copying it to an external vector.

Parameters

stressXY vector to be filled with the XY component of the stress

Definition at line 324 of file WallTensionEstimator.hpp.

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◆ exportStressXZ()

void exportStressXZ ( solutionVect_Type & stressXZ )

inline

Export the XZ component of the stress by copying it to an external vector.

Parameters

stressXZ vector to be filled with the XZ component of the stress

Definition at line 333 of file WallTensionEstimator.hpp.

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◆ exportStressYX()

void exportStressYX ( solutionVect_Type & stressYX )

inline

Export the YX component of the stress by copying it to an external vector.

Parameters

stressYX vector to be filled with the YX component of the stress

Definition at line 342 of file WallTensionEstimator.hpp.

◆ exportStressYY()

void exportStressYY ( solutionVect_Type & stressYY )

inline

Export the YY component of the stress by copying it to an external vector.

Parameters

stressYY vector to be filled with the YY component of the stress

Definition at line 351 of file WallTensionEstimator.hpp.

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◆ exportStressYZ()

void exportStressYZ ( solutionVect_Type & stressYZ )

inline

Export the YZ component of the stress by copying it to an external vector.

Parameters

stressYZ vector to be filled with the YZ component of the stress

Definition at line 360 of file WallTensionEstimator.hpp.

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◆ exportStressZX()

void exportStressZX ( solutionVect_Type & stressZX )

inline

Export the ZX component of the stress by copying it to an external vector.

Parameters

stressZX vector to be filled with the ZX component of the stress

Definition at line 369 of file WallTensionEstimator.hpp.

◆ exportStressZY()

void exportStressZY ( solutionVect_Type & stressZY )

inline

Export the ZY component of the stress by copying it to an external vector.

Parameters

stressZY vector to be filled with the ZY component of the stress

Definition at line 378 of file WallTensionEstimator.hpp.

◆ exportStressZZ()

void exportStressZZ ( solutionVect_Type & stressZZ )

inline

Export the ZZ component of the stress by copying it to an external vector.

Parameters

stressZZ vector to be filled with the ZZ component of the stress

Definition at line 387 of file WallTensionEstimator.hpp.

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◆ exportStressVonMises()

void exportStressVonMises ( solutionVect_Type & stressVonMises )

inline

Export the ZZ component of the stress by copying it to an external vector.

Parameters

stressZZ vector to be filled with the ZZ component of the stress

Definition at line 396 of file WallTensionEstimator.hpp.

◆ principalStresses()

solutionVect_Type principalStresses ( ) const

inline

Get the global vector for the eigenvalues.

Definition at line 402 of file WallTensionEstimator.hpp.

◆ computeDisplacementGradient()

void computeDisplacementGradient	(	solutionVectPtr_Type	grDisplX,
		solutionVectPtr_Type	grDisplY,
		solutionVectPtr_Type	grDisplZ
	)

protected

computeDeformation: This method computes the tensor F given the displacement on the element.

Parameters

NONE

Definition at line 994 of file WallTensionEstimator.hpp.

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◆ constructGlobalStressVector()

void constructGlobalStressVector ( )

protected

constructGlobalStressVector: This method construct the vectors {.,i} for i=x,y,z to have for each DOF the tensor

Parameters

NONE

Definition at line 1013 of file WallTensionEstimator.hpp.

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◆ constructPatchAreaVector()

void constructPatchAreaVector ( solutionVect_Type & patchArea )

protected

constructPatchAreaVector: This method build the patch area vector used in the reconstruction process

Parameters

NONE

Definition at line 1155 of file WallTensionEstimator.hpp.

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◆ reconstructElementaryVector()

void reconstructElementaryVector	(	VectorElemental &	elVecSigma,
		const solutionVect_Type &	patchArea,
		const feSpace_Type &	feSpace
	)

protected

reconstructElementaryVector: This method applies a reconstruction procedure on the elvec that is passed

Parameters

elvecTens VectorElemental over which the reconstruction is applied

Definition at line 1205 of file WallTensionEstimator.hpp.

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Field Documentation

◆ M_FESpace

feSpacePtr_Type M_FESpace

protected

Vectorial FE space.

Definition at line 449 of file WallTensionEstimator.hpp.

◆ M_FESpaceScalar

feSpacePtr_Type M_FESpaceScalar

protected

Scalar FE space.

Definition at line 452 of file WallTensionEstimator.hpp.

◆ M_deformationF

matrixPtr_Type M_deformationF

protected

Elementary matrix for the tensor F.

Definition at line 455 of file WallTensionEstimator.hpp.

◆ M_cofactorF

matrixPtr_Type M_cofactorF

protected

Elementary matrix for the tensor F.

Definition at line 458 of file WallTensionEstimator.hpp.

◆ M_firstPiola

matrixPtr_Type M_firstPiola

protected

Elementary matrix for the tensor P.

Definition at line 460 of file WallTensionEstimator.hpp.

◆ M_sigma

matrixPtr_Type M_sigma

protected

Elementary matrix for the tensor (Cauchy tensor on the current config)

Definition at line 463 of file WallTensionEstimator.hpp.

◆ M_invariants

vector_Type M_invariants

protected

Vector of the invariants of C and detF (length = 4)

Definition at line 466 of file WallTensionEstimator.hpp.

◆ M_eigenvaluesR

vector_Type M_eigenvaluesR

protected

Vector of the eigenvalues of on the DOF (length = 3)

Definition at line 469 of file WallTensionEstimator.hpp.

◆ M_eigenvaluesI

vector_Type M_eigenvaluesI

protected

Definition at line 470 of file WallTensionEstimator.hpp.

◆ M_displacement

solutionVectPtr_Type M_displacement

protected

Vector for the displacement field.

Definition at line 473 of file WallTensionEstimator.hpp.

◆ M_gradientX

solutionVectPtr_Type M_gradientX

protected

Vector for the gradient along X of the displacement field.

Definition at line 476 of file WallTensionEstimator.hpp.

◆ M_gradientY

solutionVectPtr_Type M_gradientY

protected

Vector for the gradient along Y of the displacement field.

Definition at line 479 of file WallTensionEstimator.hpp.

◆ M_gradientZ

solutionVectPtr_Type M_gradientZ

protected

Vector for the gradient along Z of the displacement field.

Definition at line 482 of file WallTensionEstimator.hpp.

◆ M_sigmaX

solutionVectPtr_Type M_sigmaX

protected

Vector for the X component of the stress tensor.

Definition at line 485 of file WallTensionEstimator.hpp.

◆ M_sigmaY

solutionVectPtr_Type M_sigmaY

protected

Vector for the Y component of the stress tensor.

Definition at line 488 of file WallTensionEstimator.hpp.

◆ M_sigmaZ

solutionVectPtr_Type M_sigmaZ

protected

Vector for the Z component of the stress tensor.

Definition at line 491 of file WallTensionEstimator.hpp.

◆ M_sigmaVonMises

solutionVectPtr_Type M_sigmaVonMises

protected

Vector for the Von Mises stress.

Definition at line 494 of file WallTensionEstimator.hpp.

◆ M_globalEigenvalues

solutionVectPtr_Type M_globalEigenvalues

protected

Vector for the eigenvalues of the Cauchy stress tensor.

Definition at line 497 of file WallTensionEstimator.hpp.

◆ M_offset

UInt M_offset

protected

The Offset parameter.

Definition at line 500 of file WallTensionEstimator.hpp.

◆ M_marker

UInt M_marker

protected

The volume marker.

Definition at line 503 of file WallTensionEstimator.hpp.

◆ M_dataMaterial

dataPtr_Type M_dataMaterial

protected

Definition at line 506 of file WallTensionEstimator.hpp.

◆ M_analysisData

analysisDataPtr_Type M_analysisData

protected

Definition at line 509 of file WallTensionEstimator.hpp.

◆ M_displayer

displayerPtr_Type M_displayer

protected

Definition at line 512 of file WallTensionEstimator.hpp.

◆ M_material

materialPtr_Type M_material

protected

Material class.

Definition at line 515 of file WallTensionEstimator.hpp.

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

WallTensionEstimator.hpp

Type definitions

Constructor & Deconstructor

Methods

Set Methods

Get Methods

Protected methods

Protected members

Detailed Description

template<typename Mesh> class LifeV::WallTensionEstimator< Mesh >

Member Typedef Documentation

◆ comm_Type

◆ commPtr_Type

◆ feSpace_Type

◆ feSpacePtr_Type

◆ feSpaceET_Type

◆ feSpaceETPtr_Type

◆ data_Type

◆ dataPtr_Type

◆ analysisData_Type

◆ analysisDataPtr_Type

◆ matrix_Type

◆ matrixPtr_Type

◆ vector_Type

◆ vectorPtr_Type

◆ solutionVect_Type

◆ solutionVectPtr_Type

◆ displayerPtr_Type

◆ exporterPtr_Type

◆ material_Type

◆ materialPtr_Type

Constructor & Destructor Documentation

◆ WallTensionEstimator()

◆ ~WallTensionEstimator()

Member Function Documentation

◆ setup() [1/2]

◆ setup() [2/2]

◆ analyzeTensions()

◆ analyzeTensionsRecoveryDisplacement()

◆ analyzeTensionsRecoveryEigenvalues()

◆ analyzeTensionsRecoveryCauchyStresses()

◆ analyzeTensionsRecoveryVonMisesStress()

◆ setDisplacement()

◆ map()

◆ LIFEV_DEPRECATED()

◆ feSpace()

◆ feSpacePtr()

◆ feSpaceScalar()

◆ feSpaceScalarPtr()

◆ displacement()

◆ gradientX()

◆ gradientY()

◆ gradientZ()

◆ sigmaX()

◆ sigmaY()

◆ sigmaZ()

◆ exportStressXX()

◆ exportStressXY()

◆ exportStressXZ()

◆ exportStressYX()

◆ exportStressYY()

◆ exportStressYZ()

◆ exportStressZX()

◆ exportStressZY()

◆ exportStressZZ()

◆ exportStressVonMises()

◆ principalStresses()

◆ computeDisplacementGradient()

◆ constructGlobalStressVector()

◆ constructPatchAreaVector()

◆ reconstructElementaryVector()

Field Documentation

◆ M_FESpace

◆ M_FESpaceScalar

◆ M_deformationF

◆ M_cofactorF

◆ M_firstPiola

◆ M_sigma

◆ M_invariants

◆ M_eigenvaluesR

◆ M_eigenvaluesI

template<typename Mesh>
class LifeV::WallTensionEstimator< Mesh >