Kratos::ShellUtilities Namespace Reference

Classes
class	JacobianOperator
	JacobianOperator. More...

Typedefs
using	SizeType = std::size_t
using	IndexType = std::size_t

Functions
double	dN_seren_dxi (const int nNode, const double Xi, const double Eta)
double	dN_seren_deta (const int nNode, const double Xi, const double Eta)
void	InterpToStandardGaussPoints (double &rV1, double &rV2, double &rV3)
void	InterpToStandardGaussPoints (std::vector< double > &rV)
void	InterpToStandardGaussPoints (std::vector< array_1d< double, 3 > > &rV)
void	InterpToStandardGaussPoints (std::vector< array_1d< double, 6 > > &rV)
void	InterpToStandardGaussPoints (std::vector< Vector > &rV)
bool	IsOrthotropic (const Properties &rProps)
double	GetThickness (const Properties &rProps)
double	GetThickness (const Properties &rProps, const IndexType Index)
double	GetDensity (const Properties &rProps, const IndexType Index)
double	GetOrientationAngle (const Properties &rProps, const IndexType Index)
double	GetOffset (const Properties &rProps)
template<class TVec >
void	ShapeFunc (double Xi, double Eta, TVec &rN)
template<class TMat >
void	ShapeFunc_NaturalDerivatives (double Xi, const double Eta, TMat &rDN)

Typedef Documentation

IndexType

typedef std::size_t Kratos::ShellUtilities::IndexType

SizeType

typedef std::size_t Kratos::ShellUtilities::SizeType

Function Documentation

dN_seren_deta()

double Kratos::ShellUtilities::dN_seren_deta	(	const int	nNode,
		const double	Xi,
		const double	Eta
	)

dN_seren_dxi()

double Kratos::ShellUtilities::dN_seren_dxi	(	const int	nNode,
		const double	Xi,
		const double	Eta
	)

GetDensity()

double Kratos::ShellUtilities::GetDensity	(	const Properties &	rProps,
		const IndexType	Index
	)

GetOffset()

double Kratos::ShellUtilities::GetOffset

(

const Properties &

rProps

)

GetOrientationAngle()

double Kratos::ShellUtilities::GetOrientationAngle	(	const Properties &	rProps,
		const IndexType	Index
	)

GetThickness() [1/2]

double Kratos::ShellUtilities::GetThickness

(

const Properties &

rProps

)

GetThickness() [2/2]

double Kratos::ShellUtilities::GetThickness	(	const Properties &	rProps,
		const IndexType	Index
	)

InterpToStandardGaussPoints() [1/5]

void Kratos::ShellUtilities::InterpToStandardGaussPoints	(	double &	rV1,
		double &	rV2,
		double &	rV3
	)

InterpToStandardGaussPoints() [2/5]

void Kratos::ShellUtilities::InterpToStandardGaussPoints

(

std::vector< array_1d< double, 3 > > &

rV

)

InterpToStandardGaussPoints() [3/5]

void Kratos::ShellUtilities::InterpToStandardGaussPoints

(

std::vector< array_1d< double, 6 > > &

rV

)

InterpToStandardGaussPoints() [4/5]

void Kratos::ShellUtilities::InterpToStandardGaussPoints

(

std::vector< double > &

rV

)

InterpToStandardGaussPoints() [5/5]

void Kratos::ShellUtilities::InterpToStandardGaussPoints

(

std::vector< Vector > &

rV

)

IsOrthotropic()

bool Kratos::ShellUtilities::IsOrthotropic

(

const Properties &

rProps

)

ShapeFunc()

template<class TVec >

void Kratos::ShellUtilities::ShapeFunc ( double  Xi, double  Eta, TVec &  rN  )

inline

ShapeFunc_NaturalDerivatives()

template<class TMat >

void Kratos::ShellUtilities::ShapeFunc_NaturalDerivatives ( double  Xi, const double  Eta, TMat &  rDN  )

inline