Linear isotropic elasticity material model. More...

Public Types
using	State = Empty
	this material has no internal variables

Public Member Functions
template<int dim, typename DispGradType , typename BulkType , typename ShearType >
SMITH_HOST_DEVICE auto	operator() (State &, const smith::tensor< DispGradType, dim, dim > &du_dX, const BulkType &DeltaK, const ShearType &DeltaG) const
	stress calculation for a linear isotropic material model More...

Static Public Member Functions
static constexpr int	numParameters ()
	The number of parameters in the model. More...

Detailed Description

Linear isotropic elasticity material model.

Member Function Documentation

static constexpr int smith::solid_mechanics::ParameterizedLinearIsotropicSolid::numParameters ( )

inlinestaticconstexpr

The number of parameters in the model.

template<int dim, typename DispGradType , typename BulkType , typename ShearType >

SMITH_HOST_DEVICE auto smith::solid_mechanics::ParameterizedLinearIsotropicSolid::operator()	(	State &	,
		const smith::tensor< DispGradType, dim, dim > &	du_dX,
		const BulkType &	DeltaK,
		const ShearType &	DeltaG
	)		const

inline

stress calculation for a linear isotropic material model

Template Parameters

dim	Spatial dimension of the mesh
DispGradType	Displacement gradient type
BulkType	Bulk modulus type
ShearType	Shear modulus type

Parameters

du_dX	Displacement gradient with respect to the reference configuration (displacement_grad)
DeltaK	The bulk modulus offset
DeltaG	The shear modulus offset

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