Neo-Hookean 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 >
SERAC_HOST_DEVICE auto	operator() (State &, const serac::tensor< DispGradType, dim, dim > &du_dX, const BulkType &DeltaK, const ShearType &DeltaG) const
	stress calculation for a NeoHookean material model More...

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

Detailed Description

Neo-Hookean material model.

Member Function Documentation

static constexpr int serac::solid_mechanics::ParameterizedNeoHookeanSolid::numParameters ( )

inlinestaticconstexpr

The number of parameters in the model.

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

SERAC_HOST_DEVICE auto serac::solid_mechanics::ParameterizedNeoHookeanSolid::operator()	(	State &	,
		const serac::tensor< DispGradType, dim, dim > &	du_dX,
		const BulkType &	DeltaK,
		const ShearType &	DeltaG
	)		const

inline

stress calculation for a NeoHookean material model

Template Parameters

dim	The 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

Returns: The calculated material response (first Piola stress) for the material

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