sel::ISELPile Class Reference

Interface to pile structural elements. More...

#include <iselpile.h>

Public Member Functions
virtual const IThing *	getIThing () const =0
	returns a const IThing pointer
virtual IThing *	getIThing ()=0
	returns a IThing pointer
virtual const ISEL *	getISEL () const =0
	Returns a const pointer to object base class, ISEL.
virtual ISEL *	getISEL ()=0
	Returns a pointer to object base class, ISEL.
virtual const ISELBeam *	getISELBeam () const =0
	Returns a const pointer to the class that it inherits from.
virtual ISELBeam *	getISELBeam ()=0
	Returns a pointer to the class that it inherits from.
virtual double	getPropCSnCoh () const =0
	Returns the normal coupling spring cohesive strength, see setPropCSnCoh()
virtual double	getPropCSnFric () const =0
	Returns the normal coupling spring friction angle, see setPropCSnFric()
virtual bool	getPropCSnGap () const =0
	Returns true if normal coupling spring gap-use flag is on, otherwise returns false. See setPropCSnGap()
virtual double	getPropCSnK () const =0
	Returns the normal coupling spring stiffness, see setPropCSnK()
virtual double	getPropCSsCoh () const =0
	Returns the shear coupling spring cohesive strength, see setPropCSsCoh()
virtual double	getPropCSsFric () const =0
	Returns the shear coupling spring friction angle, see setPropCSsFric()
virtual double	getPropCSsK () const =0
	Returns the shear coupling spring stiffness, see setPropCSsK()
virtual double	getPropPer () const =0
	Returns the exposed perimeter, see setPropPer()
virtual bool	getPropSlide () const =0
	Returns true if the large-strain sliding flag is on, false otherwise. See setPropSlide()
virtual double	getPropSlideTol () const =0
	Returns the large-strain sliding tolerance, see setPropSlideTol()
virtual void	setPropCSnCoh (const double &d)=0
	Sets the normal coupling spring cohesive strength, see getPropCSnCoh()
virtual void	setPropCSnFric (const double &d)=0
	Set the normal coupling spring friction angle, see getPropCSnFric()
virtual void	setPropCSnGap (bool b)=0
	Sets the normal coupling spring gap-use flag, see setPropCSnGap()
virtual void	setPropCSnK (const double &d)=0
	Sets the normal coupling spring stiffness, see getPropCSnK()
virtual void	setPropCSsCoh (const double &d)=0
	Sets the shear coupling spring cohesive strength, see getPropCSsCoh()
virtual void	setPropCSsFric (const double &d)=0
	Set the shear coupling spring friction angle, see getPropCSsFric()
virtual void	setPropCSsK (const double &d)=0
	Sets the shear coupling spring stiffness, see getPropCSsK()
virtual void	setPropPer (const double &d)=0
	Sets the exposed perimeter, see getPropPer()
virtual void	setPropSlide (bool b)=0
	Sets the large-strain sliding flag, see getPropSlide()
virtual void	setPropSlideTol (const double &d)=0
	Sets the large-strain sliding tolerance, see getPropSlideTol()
virtual bool	getPropCSsConfInc () const =0
	Returns true if the shear direction incremental confining stress flag is on, see setPropCSsConfInc()
virtual QString	getPropCSsConfTab () const =0
	Returns the shear direction incremental confining stress factor table number, see setPropCSsConfTab()
virtual QString	getPropCSsCohTab () const =0
	Returns the shear direction cohesive strength table number, see setPropCSsCohTab()
virtual QString	getPropCSsFricTab () const =0
	Returns the shear direction friction angle table number, see setPropCSsFricTab()
virtual bool	getPropRBolt () const =0
	Returns true is the rockbolt logic is on, see setPropRBolt()
virtual double	getPropTFStrain () const =0
	Returns the tensile failure strain (non-dimensional), see setPropTFStrain()
virtual double	getPropYield () const =0
	Returns the axial tensile yield strength (force units) ,see setPropYield()
virtual void	setPropCSsConfInc (bool b)=0
	Sets the shear direction incremental confining stress flag, see getPropCSsConfInc()
virtual void	setPropCSsConfTab (QString s)=0
	Sets the shear direction incremental confining stress factor table number, see getPropCSsConfTab()
virtual void	setPropCSsCohTab (QString s)=0
	Sets the shear direction cohesive strength table number, see getPropCSsCohTab()
virtual void	setPropCSsFricTab (QString s)=0
	Sets the shear direction friction angle table number, see getPropCSsFricTab()
virtual void	setPropRBolt (bool b)=0
	Sets the rockbolt logic flag, see getPropRBolt()
virtual void	setPropTFStrain (const double &d)=0
	Sets the tensile failure strain (non-dimensional), see getPropTFStrain()
virtual void	setPropYield (const double &d)=0
	Sets the axial tensile yield strength (force units) ,see getPropYield()
virtual ISEL::YieldState	getRespYield (bool tension) const =0
virtual ISEL::YieldState	getRespMomentYield (bool bMy, quint32 end) const =0
virtual double	getRespCpConfine2 (bool bSig1, quint32 end) const =0
virtual double	getRespCpDisp2 (bool bNorm, quint32 end) const =0
virtual double	getRespCpNGapVal2 (quint32 end, quint32 dir) const =0
virtual double	getRespCpStress2 (bool bNorm, quint32 end) const =0
virtual DVect	getRespCpStressDir2 (bool bNorm, quint32 end) const =0
virtual ISEL::YieldState	getRespCpYield2 (bool bNorm, quint32 end) const =0
virtual double	getPlasticTensileStrain (quint32 node) const =0
virtual bool	getPlasticTensileStrainFailure () const =0

Static Public Attributes
static const TType	type_ = 0x4c815a0d
	The type identification number for this class, for use in convert_cast() and convert_getcast().

Detailed Description

Interface to pile structural elements.

This interface inherits from ISELBeam.

Member Function Documentation

getRespCpConfine2()

virtual double sel::ISELPile::getRespCpConfine2 ( bool  bSig1, quint32  end  ) const

pure virtual

Returns the confining stress at end. Negative value indicates compression.
Valid values for parameter end are 0 or 1.
Parameter bSig1 set to true will return the confining stress 11, and false the confining stress 22.

getRespCpDisp2()

virtual double sel::ISELPile::getRespCpDisp2 ( bool  bNorm, quint32  end  ) const

pure virtual

Returns the displacement in coupling springs at end.
Sign convension for shear spring is positive/negative with respect to average axial direcion of pile.
Sign convension for normal spring is positive/negative, indicating separation/operlap.
Valid values for parameter end are 0 or 1.
Parameter bNorm set to true indicates normal, and false indicates shear.

getRespCpNGapVal2()

virtual double sel::ISELPile::getRespCpNGapVal2 ( quint32  end, quint32  dir  ) const

pure virtual

Returns the gap component, g, in normal coupling sprint at end.
The gap is always tracked, but it only affects the behavior if the gap-use falg is on.
Valid values for parameter end are 0 or 1.
Valid values for parameter dir are 0 (positive y-direction), 1 (negative y-direction), 2(positive z-direction) and 3 (negative z-direction).

getRespCpStress2()

virtual double sel::ISELPile::getRespCpStress2 ( bool  bNorm, quint32  end  ) const

pure virtual

Returns the stress in coupling springs at end.
Sign convension for shear spring is positive/negative with respect to average axial direcion of pile.
Sign convension for normal spring is positive/negative, indicating separation/operlap.
Valid values for parameter end are 0 or 1.
Parameter bNorm set to true indicates normal, and false indicates shear.

getRespCpStressDir2()

virtual DVect sel::ISELPile::getRespCpStressDir2 ( bool  bNorm, quint32  end  ) const

pure virtual

Returns the direction (unit vector in global system) in which the pileSel is being loaded by coupling springs at end.
Valid values for parameter end are 0 or 1.
Parameter bNorm set to true indicates normal, and false indicates shear.

getRespCpYield2()

virtual ISEL::YieldState sel::ISELPile::getRespCpYield2 ( bool  bNorm, quint32  end  ) const

pure virtual

Returns the yield state in coupling springs at end.
Return values are: 1 (never yielded), 2 (now yielding) and 3 (has yielded in past)
Valid values for parameter end are 0 or 1.
Parameter bNorm set to true indicates normal, and false indicates shear.

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

• C:/Source/itasca-suite/common/sel/interface/iselpile.h