materialUtil.h File Reference

#include "util/point.h"
#include "mparticle/material.h"
#include "fracture/fracture.h"
#include "data/modelData.h"
#include <limits>
#include <string>
#include <vector>

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Namespaces
namespace	material

Functions
void	material::computeStateMx (data::ModelData *model, bool compute_in_parallel=false)
	Computes the moment \( m_x \) term in state-based peridynamic formulation.
void	material::computeStateThetax (data::ModelData *model, bool compute_in_parallel=false)
void	material::computeHydrostaticStrain (data::ModelData *model, bool compute_in_parallel=false)
void	material::updateBondFractureData (data::ModelData *model, bool compute_in_parallel=false)
Conversion methods
double	material::toNu (double lambda, double mu)
	Compute Poisson's ratio from Lame parameters.
double	material::toNuEG (double E, double G)
	Compute Poisson's ratio from Young's and Shear modulus.
double	material::toE (double K, double nu)
	Compute Young's modulus E from Bulk modulus K and Poisson's ratio nu.
double	material::toK (double E, double nu)
	Compute Bulk modulus K from Young's modulus K and Poisson's ratio nu.
double	material::toLambdaE (double E, double nu)
	Compute Lame first parameter lambda from Young's modulus E and Poisson's ratio nu.
double	material::toLambdaK (double K, double nu)
	Compute Lame first parameter lambda from Bulk modulus K and Poisson's ratio nu.
double	material::toGE (double E, double nu)
	Compute shear modulus from Young's modulus E and Poisson's ratio nu.
double	material::toGK (double K, double nu)
	Compute shear modulus from Bulk modulus K and Poisson's ratio nu.
double	material::toELambda (double lambda, double nu)
	Compute Young's modulus E from Lame first parameter lambda and Poisson's ratio nu.
double	material::toGc (double KIc, double nu, double E)
	Compute critical energy release rate Gc from critical stress-intensity factor KIc, Poisson's ratio nu, and Young's modulus E.
double	material::toKIc (double Gc, double nu, double E)
	Compute critical stress-intensity factor KIc from critical energy release rate Gc, Poisson's ratio \( nu\), and Young's modulus E.