Inheritance diagram for FEPressureLoad:

Data Structures
struct	LOAD
Public Member Functions
	FEPressureLoad (FESurface *ps, bool blinear=false)
	constructor
void	create (int n)
	allocate storage
LOAD &	PressureLoad (int n)
	clone
void	StiffnessMatrix (FESolver *psolver)
	calculate pressure stiffness
void	Residual (FESolver *psolver, vector< double > &R)
	calculate residual
void	Serialize (DumpFile &ar)
	serialize data
Protected Member Functions
void	PressureStiffness (FESurfaceElement &el, matrix &ke, vector< double > &tn)
	calculate stiffness for an element
bool	PressureForce (FESurfaceElement &el, vector< double > &fe, vector< double > &tn)
	Calculates external pressure forces.
bool	LinearPressureForce (FESurfaceElement &el, vector< double > &fe, vector< double > &tn)
	Calculates the linear external pressure forces (ie. non-follower forces)
Protected Attributes
bool	m_blinear
	pressure load type (linear or nonlinear)
vector< LOAD >	m_PC
	pressure load cards

Detailed Description

The pressure surface is a surface domain that sustains pressure boundary conditions

Member Function Documentation

bool FEPressureLoad::LinearPressureForce	(	FESurfaceElement &	el,
		vector< double > &	fe,
		vector< double > &	tn
	)		`[protected]`

Calculates the linear external pressure forces (ie. non-follower forces)

calculates the equivalent nodal forces due to hydrostatic pressure

bool FEPressureLoad::PressureForce	(	FESurfaceElement &	el,
		vector< double > &	fe,
		vector< double > &	tn
	)		`[protected]`

Calculates external pressure forces.

calculates the equivalent nodal forces due to hydrostatic pressure

LOAD& FEPressureLoad::PressureLoad ( int n ) [inline]

clone

get a pressure load BC

void FEPressureLoad::PressureStiffness	(	FESurfaceElement &	el,
		matrix &	ke,
		vector< double > &	tn
	)		`[protected]`

calculate stiffness for an element

calculates the stiffness contribution due to hydrostatic pressure

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