#include "FEXPCommon.h"
#include "FEXPGeom.h"
#include "FEXPMaterial.h"
#include "FEXPSetting.h"
#include "FEXPDataContainer.h"

Include dependency graph for FEXPElement.h:

This graph shows which files directly or indirectly include this file:

Classes
class	ICFEXPGeomAction
	Interface for main computational actions in terms of the model geometry. More...

class	CFEXPElementNodeTableDataBase
	Chart definition. More...

struct	CFEXPElementNodeTableDataBase::table_row_values

class	ICFEXPElementNodeConstrain
	Base interface for nodal constrains. More...

class	CFEXPElementNodeConstrain
	Nodal constrains. More...

class	ICFEXPElementNodeLoad
	Base interface for nodal load. More...

class	CFEXPElementNodeLoad
	Nodal load. More...

class	ICFEXPElementNodeInitAction< TValue, Enable >

class	ICFEXPElementNodeInitAction< TValue, std::enable_if< std::is_floating_point< TValue >::value >::type >
	Base interface for initialization actions in terms of FE nodes. More...

class	ICFEXPElementNodeBase
	Base interface for FE nodes. More...

class	ICFEXPElementCalcAction< TValue, Enable >

class	ICFEXPElementCalcAction< TValue, std::enable_if< std::is_floating_point< TValue >::value >::type >
	Base interface for calculation actions within FEs. More...

class	ICFEXPElementInitAction< TValue, Enable >

class	ICFEXPElementInitAction< TValue, std::enable_if< std::is_floating_point< TValue >::value >::type >
	Base interface for initialization actions of FEs. More...

class	ICFEXPElementBase
	Base class for 2D FE. More...

class	CFEXPElementNodeGeneral
	General shell FE node. More...

class	CFEXPElementShellTriag
	C^0 T. Belytschko 3-noded (one quadrature node) triangular shell FE. More...

class	CFEXPElementFactory
	Factory for FEs. It creates FE based on the settings comming from an input data files. More...

Macros
#define	FE_NODE_BASE_VECT_LENGTH 6
	Base node vect length –> u, fi. More...

#define	FINITE_ELEMENT_BLOCK FINITE_ELEMENT_SRUCT

#define	FINITE_ELEMENT_KEY_KEY(cls) STRUCT_KEYS(FINITE_ELEMENT_BLOCK, CLS_KEY(cls))

#define	FINITE_ELEMENT_CLS(cls, basecls) CLS_MAP_PAIR(FINITE_ELEMENT_BLOCK, cls, basecls)

Enumerations
enum	EFEXPElementForce { eInternal, eContact }
	The type of computed forces (external forces are considered similarly as constrains) More...

enum	EFEXPNodeResult { ePos, eDispl, eStrain, eStress }
	The type of result data. More...

Variables
const FEXPFEDefinition::EFEXPFiniteElementType	FINITE_ELEMENT_SRUCT [FEXPFEDefinition::EFEXPFiniteElementType::eFeCount]
	Types of implemented FEs. More...

Macro Definition Documentation

◆ FE_NODE_BASE_VECT_LENGTH

#define FE_NODE_BASE_VECT_LENGTH 6

Base node vect length –> u, fi.

#define FINITE_ELEMENT_BLOCK FINITE_ELEMENT_SRUCT

#define FINITE_ELEMENT_CLS	(	cls,
		basecls
	)	CLS_MAP_PAIR(FINITE_ELEMENT_BLOCK, cls, basecls)

#define FINITE_ELEMENT_KEY_KEY ( cls ) STRUCT_KEYS(FINITE_ELEMENT_BLOCK, CLS_KEY(cls))

The type of computed forces (external forces are considered similarly as constrains)

Enumerator
eInternal
eContact

The type of result data.

Initial value:

=
{
  FEXPFEDefinition::EFEXPFiniteElementType::eNoElement,   
  FEXPFEDefinition::EFEXPFiniteElementType::eFeShellTriag
}

Types of implemented FEs.