Rodin::Solid::NeoHookean class final

#include <Rodin/Solid/Constitutive/NeoHookean.h>

Base classes

template<class Derived>

class HyperElasticLaw<NeoHookean>

CRTP base class for hyperelastic constitutive laws.

Public types

struct Cache

Precomputed cache for the Neo-Hookean law.

Constructors, destructors, conversion operators

NeoHookean(Real lambda, Real mu)

Constructs a Neo-Hookean law with the given Lamé parameters.

NeoHookean(const NeoHookean&) defaulted

Copy constructor.

NeoHookean(NeoHookean&&) defaulted

Move constructor.

Public functions

auto getLameFirstParameter() const -> Real

Gets the first Lamé parameter.

auto getShearModulus() const -> Real

Gets the shear modulus.

void setCache(Cache& cache, const ConstitutivePoint& cp) const

Populates the invariant cache at a constitutive point.

auto getStrainEnergyDensity(const Cache& cache, const ConstitutivePoint& cp) const -> Real

Returns the stored strain-energy density.

void getFirstPiolaKirchhoffStress(Math::SpatialMatrix<Real>& P, const Cache& cache, const ConstitutivePoint& cp) const

Computes the first Piola-Kirchhoff stress.

void getMaterialTangent(Math::SpatialMatrix<Real>& dP, const Cache& cache, const ConstitutivePoint& cp, const Math::SpatialMatrix<Real>& dF) const

Computes the material tangent action.

Function documentation