Unconv03 Class Reference

#include <unconv03.h>

Inheritance diagram for Unconv03:

List of all members.

Public Member Functions
	Unconv03 (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	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	A0
double	A2
double	R
double	c
double	yb
	invariants and gradients
double	lamb
double	lambb
double	kapbb
double	hp
	hardening coefficients

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Constructor & Destructor Documentation

Unconv03::Unconv03	(	int	NDim,
		SDPair const &	Prms
	)		[inline]

---

Member Function Documentation

void Unconv03::InitIvs	(	SDPair const &	Ini,
		State *	Sta
	)		const [inline, virtual]

Implements Model.

bool Unconv03::LoadCond	(	State const *	Sta,
		Vec_t const &	DEps,
		double &	alpInt
	)		const [inline, virtual]

Reimplemented from Model.

void Unconv03::Stiffness	(	State const *	Sta,
		Mat_t &	D
	)		const [inline, virtual]

Reimplemented from Model.

void Unconv03::TgIncs	(	State const *	Sta,
		Vec_t &	DEps,
		Vec_t &	DSig,
		Vec_t &	DIvs
	)		const [inline, virtual]

Reimplemented from Model.

void Unconv03::UpdatePath	(	State const *	Sta,
		Vec_t const &	DEps,
		Vec_t const &	DSig
	)		const [inline, virtual]

Reimplemented from Model.

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Member Data Documentation

double Unconv03::A0 [mutable]

double Unconv03::A2 [mutable]

double Unconv03::alpha [mutable]

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

double Unconv03::betb

double Unconv03::betbb

isotropic compression parameters

double Unconv03::c [mutable]

Mat_t Unconv03::De [mutable]

Elastic stiffness.

Vec_t Unconv03::depsEl [mutable]

vectors

Vec_t Unconv03::devSig [mutable]

Vec_t Unconv03::DeW [mutable]

double Unconv03::G [mutable]

double Unconv03::hp [mutable]

hardening coefficients

Vec_t Unconv03::I

2nd order identity

Reimplemented from Model.

double Unconv03::K [mutable]

double Unconv03::kapbb [mutable]

double Unconv03::l0

double Unconv03::l1

double Unconv03::l3

double Unconv03::lamb [mutable]

double Unconv03::lambb [mutable]

double Unconv03::M

CSL slope.

double Unconv03::nu [mutable]

bulk and shear moduli, and Poisson's coefficient

double Unconv03::p [mutable]

double Unconv03::q [mutable]

double Unconv03::R [mutable]

double Unconv03::t [mutable]

Vec_t Unconv03::V [mutable]

double Unconv03::v0 [mutable]

Vec_t Unconv03::Vb [mutable]

Vec_t Unconv03::VDe [mutable]

double Unconv03::xR10 [mutable]

double Unconv03::xR30 [mutable]

initial values

double Unconv03::yb [mutable]

invariants and gradients

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

• /home/dorival/mechsys/lib/models/unconv03.h