Creep law using the exponential algorithm. More...

Inheritance diagram for CreepLaw:

Public Member Functions
	CreepLaw (double E, VectorXd E_KC, VectorXd T_KC)
	Ctor. More...

EngineeringStress< 1 >	Stress (EngineeringStrain< 1 > strain, double delta_t, CellIds ids) const override
	Calculates the stress at an integration point. More...

EngineeringTangent< 1 >	Tangent (EngineeringStrain< 1 >, double delta_t, CellIds) const override
	Calculates the mechanical tangent(stiffness) at an integration point. More...

void	UpdateHistoryData (const NuTo::CellIpData &cellIpData, DofType dofType, double delta_t)
	Updates the history data. More...

Public Member Functions inherited from NuTo::Laws::MechanicsInterface< 1 >
virtual EngineeringStress< TDim >	Stress (EngineeringStrain< TDim > strain, double deltaT, CellIds ids) const =0

virtual EngineeringTangent< TDim >	Tangent (EngineeringStrain< TDim >, double deltaT, CellIds ids) const =0

Public Member Functions inherited from HistoryDataContiguousMemory< CreepHistoryData >
const CreepHistoryData &	GetIpHistoryData (const unsigned int cellNum, const unsigned int ipNum) const
	Returns the history data for a specific integration point. More...

CreepHistoryData &	GetIpHistoryData (const unsigned int cellNum, const unsigned int ipNum)
	Returns the history data for a specific integration point. More...

void	InitializeHistoryData (const unsigned int numCells, const unsigned int ipsPerCell)
	Initializes the history data. More...

Detailed Description

Creep law using the exponential algorithm.

Constructor & Destructor Documentation

inline

Ctor.

Parameters

E	Youngs modulus
E_KC	Kelvin chain stiffness
T_KC	Kelvin chain retardation time

EngineeringStress<1> CreepLaw::Stress	(	EngineeringStrain< 1 >	strain,
		double	delta_t,
		CellIds	ids
	)		const

inlineoverride

Calculates the stress at an integration point.

Parameters

strain	Strain at integration point
delta_t	Time increment
ids	Number of currently evaluated cell and Number of currently evaluated integration point

EngineeringTangent<1> CreepLaw::Tangent	(	EngineeringStrain< 1 >	,
		double	delta_t,
		CellIds
	)		const

inlineoverride

Calculates the mechanical tangent(stiffness) at an integration point.

Parameters

delta_t Time increment

void CreepLaw::UpdateHistoryData	(	const NuTo::CellIpData &	cellIpData,
		DofType	dofType,
		double	delta_t
	)

inline

Updates the history data.

Parameters

cellIpData	IP related data
dofType	Dof type (needed to calculate strains)
delta_t	Time increment

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