NuTo::Laws Namespace Reference

Classes
class	EvolutionImplicit
	Explicit evolution equation for the NuTo::LocalIsotropicDamageLaw that implements \[ \kappa(\boldsymbol \varepsilon) = \max \left(\kappa, \varepsilon_\text{eq}(\boldsymbol \varepsilon) \right) \] . More...
class	LinearElastic
class	LinearElasticDamage
	Applies an isotropic damage variable to the linear elastic hookes law. More...
class	LocalIsotropicDamage
	Local damage law with an isotropic damage variable. More...
struct	MechanicsInterface

Enumerations
enum	eDamageApplication { FULL, UNILATERAL }

Functions
std::tuple< double, double, double >	CalculateCoefficients2DPlaneStress (double E, double Nu)
	calculate coefficients of the PLANE_STRESS 2D material matrix More...
std::tuple< double, double, double >	CalculateCoefficients3D (double E, double Nu)
	calculate coefficients of the 3D material matrix More...

Enumeration Type Documentation

enum NuTo::Laws::eDamageApplication

Enumerator
FULL
UNILATERAL

Function Documentation

std::tuple<double, double, double> NuTo::Laws::CalculateCoefficients2DPlaneStress ( double  E, double  Nu  )

inline

calculate coefficients of the PLANE_STRESS 2D material matrix

Parameters

E	Young's modulus
Nu	Poisson's ratio

Returns

tuple <C11, C12, C33>

std::tuple<double, double, double> NuTo::Laws::CalculateCoefficients3D ( double  E, double  Nu  )

inline

calculate coefficients of the 3D material matrix

Parameters

E	Young's modulus
Nu	Poisson's ratio

Returns

tuple <C11, C12, C33>