Unconv02 Class Reference

#include <unconv02.h>

Inheritance diagram for Unconv02:

List of all members.

Public Member Functions
	Unconv02 (int NDim, SDPair const &Prms)
void	InitIvs (SDPair const &Ini, State *Sta) const
void	TgIncs (State const *Sta, Vec_t &DEps, Vec_t &DSig, Vec_t &DIvs) const
void	Stiffness (State const *Sta, Mat_t &D) const
bool	LoadCond (State const *Sta, Vec_t const &DEps, double &alpInt) const
void	UpdatePath (State const *Sta, Vec_t const &DEps, Vec_t const &DSig) const
Public Attributes
double	l0
double	l1
double	l3
double	betb
double	betbb
	isotropic compression parameters
double	k0
double	k1
double	betk
double	ev1
	deviatoric parameters
double	v0
double	xR10
double	xR30
	initial values
double	K
double	G
double	nu
	bulk and shear moduli, and Poisson's coefficient
double	M
	CSL slope.
Vec_t	I
	2nd order identity
Mat_t	De
	Elastic stiffness.
double	alpha
	stress-path variable == atan(dq/dp)
Vec_t	V
Vec_t	Vb
Vec_t	VDe
Vec_t	DeW
Vec_t	devSig
Vec_t	depsEl
	vectors
double	p
double	q
double	t
double	R
double	A
double	B
double	y0
	invariants and gradients
double	lamb
double	lambb
double	kapbb
double	hp
	hardening coefficients

---

Constructor & Destructor Documentation

Unconv02::Unconv02	(	int	NDim,
		SDPair const &	Prms
	)		[inline]

---

Member Function Documentation

void Unconv02::InitIvs	(	SDPair const &	Ini,
		State *	Sta
	)		const [inline, virtual]

Implements Model.

bool Unconv02::LoadCond	(	State const *	Sta,
		Vec_t const &	DEps,
		double &	alpInt
	)		const [inline, virtual]

Reimplemented from Model.

void Unconv02::Stiffness	(	State const *	Sta,
		Mat_t &	D
	)		const [inline, virtual]

Reimplemented from Model.

void Unconv02::TgIncs	(	State const *	Sta,
		Vec_t &	DEps,
		Vec_t &	DSig,
		Vec_t &	DIvs
	)		const [inline, virtual]

Reimplemented from Model.

void Unconv02::UpdatePath	(	State const *	Sta,
		Vec_t const &	DEps,
		Vec_t const &	DSig
	)		const [inline, virtual]

Reimplemented from Model.

---

Member Data Documentation

double Unconv02::A [mutable]

double Unconv02::alpha [mutable]

stress-path variable == atan(dq/dp)

double Unconv02::B [mutable]

double Unconv02::betb

double Unconv02::betbb

isotropic compression parameters

double Unconv02::betk

Mat_t Unconv02::De [mutable]

Elastic stiffness.

Vec_t Unconv02::depsEl [mutable]

vectors

Vec_t Unconv02::devSig [mutable]

Vec_t Unconv02::DeW [mutable]

double Unconv02::ev1

deviatoric parameters

double Unconv02::G [mutable]

double Unconv02::hp [mutable]

hardening coefficients

Vec_t Unconv02::I

2nd order identity

Reimplemented from Model.

double Unconv02::K [mutable]

double Unconv02::k0

double Unconv02::k1

double Unconv02::kapbb [mutable]

double Unconv02::l0

double Unconv02::l1

double Unconv02::l3

double Unconv02::lamb [mutable]

double Unconv02::lambb [mutable]

double Unconv02::M

CSL slope.

double Unconv02::nu [mutable]

bulk and shear moduli, and Poisson's coefficient

double Unconv02::p [mutable]

double Unconv02::q [mutable]

double Unconv02::R [mutable]

double Unconv02::t [mutable]

Vec_t Unconv02::V [mutable]

double Unconv02::v0 [mutable]

Vec_t Unconv02::Vb [mutable]

Vec_t Unconv02::VDe [mutable]

double Unconv02::xR10 [mutable]

double Unconv02::xR30 [mutable]

initial values

double Unconv02::y0 [mutable]

invariants and gradients

---

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

• /home/dorival/mechsys/lib/models/unconv02.h