gmpMechanicalMaterial.cpp File Reference

Implementation of the GmpMechanicalMaterial class. More...

#include "gmpMechanicalMaterial.h"
#include "gmpFemPhysicsCommon.h"
#include "gmpMaterialElastic.h"
#include "gmMathUtils.h"
#include <gmTrace.h>
#include <assert.h>
#include <math.h>

Include dependency graph for gmpMechanicalMaterial.cpp:

Namespaces
namespace	GmpMechanicUtils
	Groups utilitary routines for working with stress.

Functions
void	setValues (unsigned st, const GmVector &s, double *sxx, double *syy, double *szz, double *sxy, double *sxz, double *syz)
double	GmpMechanicUtils::shearModulus (double E, double nu)
	Returns the shear modulus (G) from Young's modulus (E) and Poisson's Coefficient (nu)
double	GmpMechanicUtils::bulkModulus (double E, double nu)
	Returns the bulk modulus (K) from Young's modulus (E) and Poisson's Coefficient (nu)
double	GmpMechanicUtils::lameModulus (double E, double nu)
	Returns the lame modulus (lame) from Young's modulus (E) and Poisson's Coefficient (nu)
void	GmpMechanicUtils::setStressStateVector (const double vc[6], GmVector &vp, unsigned st)
double	GmpMechanicUtils::stressInvariantI1 (const GmVector &s, unsigned st)
double	GmpMechanicUtils::stressInvariantI2 (const GmVector &s, unsigned st)
double	GmpMechanicUtils::stressInvariantI3 (const GmVector &s, unsigned st)
GmVector	GmpMechanicUtils::stressInvariants (const GmVector &s, unsigned st)
void	GmpMechanicUtils::stressGradientI1 (const GmVector &, unsigned st, GmVector &dI1)
void	GmpMechanicUtils::stressGradientI2 (const GmVector &s, unsigned st, GmVector &dI2)
void	GmpMechanicUtils::stressGradientI3 (const GmVector &s, unsigned st, GmVector &dI3)
void	GmpMechanicUtils::stressHessianI2 (const GmVector &, unsigned st, GmMatrix &d2I2)
void	GmpMechanicUtils::stressHessianI3 (const GmVector &s, unsigned st, GmMatrix &d2I3)
GmVector	GmpMechanicUtils::stressPrincipal (const GmVector &s, unsigned st)
double	GmpMechanicUtils::hydrostaticStress (const GmVector &s, unsigned st)
	Returns the hydrostatic stress.
void	GmpMechanicUtils::hydrostaticGradient (const GmVector &, unsigned st, GmVector &dsm)
	Returns the hydrostatic pressure gradient dP/ds.
GmVector	GmpMechanicUtils::deviatoricTensor (const GmVector &s, unsigned st)
double	GmpMechanicUtils::deviatoricInvariantJ2 (const GmVector &s, unsigned st)
double	GmpMechanicUtils::deviatoricInvariantJ3 (const GmVector &s, unsigned st)
GmVector	GmpMechanicUtils::deviatoricInvariants (const GmVector &s, unsigned st)
void	GmpMechanicUtils::deviatoricGradientJ2 (const GmVector &s, unsigned st, GmVector &dJ2)
void	GmpMechanicUtils::deviatoricGradientJ3 (const GmVector &s, unsigned st, GmVector &dJ3)
void	GmpMechanicUtils::deviatoricHessianJ2 (const GmVector &, unsigned st, GmMatrix &d2J2)
void	GmpMechanicUtils::deviatoricHessianJ3 (const GmVector &s, unsigned st, GmMatrix &d2J3)
GmVector	GmpMechanicUtils::deviatoricPrincipal (const GmVector &s, unsigned st)
double	GmpMechanicUtils::vonMisesStress (const GmVector &s, unsigned st)
void	GmpMechanicUtils::vonMisesGradient (const GmVector &s, unsigned st, GmVector &dse)
void	GmpMechanicUtils::vonMisesHessian (const GmVector &s, unsigned st, GmMatrix &d2se)
double	GmpMechanicUtils::lodeAngle (const GmVector &s, unsigned st)
GmVector	GmpMechanicUtils::lodeCoordinates (const GmVector &s, unsigned st)
double	GmpMechanicUtils::lodeAngleMC (const GmVector &s, unsigned st)
GmMatrix	GmpMechanicUtils::isotropicDamageMatrix (double d)
	Fills the isotropic damage matrix in the local references which is aligned.
GmMatrix	GmpMechanicUtils::anisotropicDamageMatrix (GmVector Sdv)
	Fills the anisotropic damage matrix in the local references which is aligned.
void	GmpMechanicUtils::vectorialToTensorial (GmVector &Vec, GmMatrix &Tensor, unsigned sc, QString type, bool mode)
void	GmpMechanicUtils::fillTransformationMatrix (GmMatrix R, GmMatrix &Te, GmMatrix &Ts, int ns)
void	GmpMechanicUtils::fillRotationMatrixFromDip (GmMatrix &R, double dip, double strike)
void	GmpMechanicUtils::fillRotationMatrixFromEulerAngle (GmMatrix &R, double phi, double theta, double psi)
void	GmpMechanicUtils::elasticStiffness (GmMatrix &De, double E, double nu, unsigned sc, unsigned ips)
	Computes the elastic stiffness matrix using E and Nu.
void	GmpMechanicUtils::elasticStiffnessLameG (GmMatrix &De, double lame, double G, unsigned sc, unsigned ips)
	Computes the elastic stiffness matrix using lame and G.
void	GmpMechanicUtils::elasticStiffnessKG (GmMatrix &De, double K, double G, unsigned sc, unsigned ips)
	Computes the elastic stiffness matrix using K and G.
void	GmpMechanicUtils::elasticFlexibility (GmMatrix &Ce, double E, double nu, unsigned sc, unsigned ips)
	Computes the elastic flexibility matrix using E and Nu.
int	GmpMechanicUtils::getNumStressComp (unsigned st)

Variables
constexpr unsigned	stress1D = GmpMechanicPoint::stress::sxx
constexpr unsigned	stress2D = stress1D | GmpMechanicPoint::stress::syy | GmpMechanicPoint::stress::szz | GmpMechanicPoint::stress::sxy
constexpr unsigned	stress3D = stress2D | GmpMechanicPoint::stress::sxz | GmpMechanicPoint::stress::syz

Detailed Description

Implementation of the GmpMechanicalMaterial class.

Author

Murillo Vinícius Bento Santana

Date

September, 2015 \Update Nilthson Noreña V. and Cristian Mejia

August, 2017 \Update Francisco Corrêa Dias

July, 2019