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iselpile.h
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1 #pragma once
2 // ISELPile.h
3 
9 #include "isel.h"
10 
11 namespace itasca {
12  class IThing;
13 }
14 
15 namespace sel {
16  class ISELBeam;
18 
21  class ISELPile {
22  public:
24  inline static const TType type_ = 0x4c815a0d;
26  virtual const IThing * getIThing() const=0;
28  virtual IThing * getIThing()=0;
30  virtual const ISEL * getISEL() const=0;
32  virtual ISEL * getISEL()=0;
34  virtual const ISELBeam *getISELBeam() const=0;
36  virtual ISELBeam * getISELBeam()=0;
37 
39  virtual double getPropCSnCoh()const=0;
41  virtual double getPropCSnFric()const=0;
43  virtual bool getPropCSnGap()const=0;
45  virtual double getPropCSnK()const=0;
47  virtual double getPropCSsCoh()const=0;
49  virtual double getPropCSsFric()const=0;
51  virtual double getPropCSsK()const=0;
53  virtual double getPropPer()const=0;
55  virtual bool getPropSlide()const=0;
57  virtual double getPropSlideTol()const=0;
58 
60  virtual void setPropCSnCoh(const double &d)=0;
62  virtual void setPropCSnFric(const double &d)=0;
64  virtual void setPropCSnGap(bool b)=0;
66  virtual void setPropCSnK(const double &d)=0;
68  virtual void setPropCSsCoh(const double &d)=0;
70  virtual void setPropCSsFric(const double &d)=0;
72  virtual void setPropCSsK(const double &d)=0;
74  virtual void setPropPer(const double &d)=0;
76  virtual void setPropSlide(bool b)=0;
78  virtual void setPropSlideTol(const double &d)=0;
79 
81  virtual bool getPropCSsConfInc() const=0;
83  virtual QString getPropCSsConfTab() const=0;
85  virtual QString getPropCSsCohTab() const=0;
87  virtual QString getPropCSsFricTab() const=0;
89  virtual bool getPropRBolt() const=0;
91  virtual double getPropTFStrain() const=0;
93  virtual double getPropYield() const=0;
94 
96  virtual void setPropCSsConfInc(bool b) =0;
98  virtual void setPropCSsConfTab(QString s) =0;
100  virtual void setPropCSsCohTab(QString s) =0;
102  virtual void setPropCSsFricTab(QString s)=0;
104  virtual void setPropRBolt(bool b)=0;
106  virtual void setPropTFStrain(const double &d) =0;
108  virtual void setPropYield(const double &d) =0;
109  virtual ISEL::YieldState getRespYield(bool tension) const=0;
110  virtual ISEL::YieldState getRespMomentYield(bool bMy, quint32 end) const=0;
111 
112  // Response functions
116  virtual double getRespCpConfine2(bool bSig1, quint32 end) const=0;
122  virtual double getRespCpDisp2(bool bNorm, quint32 end) const=0;
128  virtual double getRespCpNGapVal2(quint32 end, quint32 dir) const=0;
134  virtual double getRespCpStress2(bool bNorm, quint32 end) const=0;
138  virtual DVect getRespCpStressDir2(bool bNorm, quint32 end) const=0;
143  virtual ISEL::YieldState getRespCpYield2(bool bNorm, quint32 end) const=0;
144 
145  virtual double getPlasticTensileStrain(quint32 node) const=0;
146  virtual bool getPlasticTensileStrainFailure() const=0;
147  };
148 } // namespace sel
149 // EoF
sel::ISELPile::setPropTFStrain
virtual void setPropTFStrain(const double &d)=0
Sets the tensile failure strain (non-dimensional), see getPropTFStrain()
sel::ISELPile::setPropCSsFric
virtual void setPropCSsFric(const double &d)=0
Set the shear coupling spring friction angle, see getPropCSsFric()
sel::ISELPile::getRespCpConfine2
virtual double getRespCpConfine2(bool bSig1, quint32 end) const =0
sel::ISELPile::setPropSlideTol
virtual void setPropSlideTol(const double &d)=0
Sets the large-strain sliding tolerance, see getPropSlideTol()
sel::ISELPile::getPropCSsConfTab
virtual QString getPropCSsConfTab() const =0
Returns the shear direction incremental confining stress factor table number, see setPropCSsConfTab()
sel
Interface to the structural elements base class.
Definition: imodulesel.h:5
sel::ISEL
Interface to the structural elements base class.
Definition: isel.h:22
itasca
namespace Itasca
Definition: basememory.cpp:9
sel::ISELPile::setPropCSsCoh
virtual void setPropCSsCoh(const double &d)=0
Sets the shear coupling spring cohesive strength, see getPropCSsCoh()
sel::ISELPile::getPropCSsConfInc
virtual bool getPropCSsConfInc() const =0
Returns true if the shear direction incremental confining stress flag is on, see setPropCSsConfInc()
sel::ISELPile::setPropPer
virtual void setPropPer(const double &d)=0
Sets the exposed perimeter, see getPropPer()
itasca::IThing
Base class for items that will be stored in containers.
Definition: ithing.h:31
sel::ISELPile::getRespCpDisp2
virtual double getRespCpDisp2(bool bNorm, quint32 end) const =0
sel::ISELPile::setPropCSsCohTab
virtual void setPropCSsCohTab(QString s)=0
Sets the shear direction cohesive strength table number, see getPropCSsCohTab()
sel::ISELPile::getIThing
virtual const IThing * getIThing() const =0
returns a const IThing pointer
sel::ISELPile::getPropTFStrain
virtual double getPropTFStrain() const =0
Returns the tensile failure strain (non-dimensional), see setPropTFStrain()
sel::ISELPile::setPropCSsFricTab
virtual void setPropCSsFricTab(QString s)=0
Sets the shear direction friction angle table number, see getPropCSsFricTab()
sel::ISELPile::setPropCSnFric
virtual void setPropCSnFric(const double &d)=0
Set the normal coupling spring friction angle, see getPropCSnFric()
sel::ISELPile::getPropCSsK
virtual double getPropCSsK() const =0
Returns the shear coupling spring stiffness, see setPropCSsK()
sel::ISELPile::getPropCSsCoh
virtual double getPropCSsCoh() const =0
Returns the shear coupling spring cohesive strength, see setPropCSsCoh()
sel::ISELPile::getRespCpNGapVal2
virtual double getRespCpNGapVal2(quint32 end, quint32 dir) const =0
sel::ISELPile::getISELBeam
virtual const ISELBeam * getISELBeam() const =0
Returns a const pointer to the class that it inherits from.
sel::ISELPile::getRespCpYield2
virtual ISEL::YieldState getRespCpYield2(bool bNorm, quint32 end) const =0
sel::ISELPile::setPropCSsK
virtual void setPropCSsK(const double &d)=0
Sets the shear coupling spring stiffness, see getPropCSsK()
sel::ISELPile::getPropCSnFric
virtual double getPropCSnFric() const =0
Returns the normal coupling spring friction angle, see setPropCSnFric()
sel::ISELPile::setPropCSnGap
virtual void setPropCSnGap(bool b)=0
Sets the normal coupling spring gap-use flag, see setPropCSnGap()
TType
unsigned int TType
class type indicator
Definition: basedef.h:41
sel::ISELPile::type_
static const TType type_
The type identification number for this class, for use in convert_cast() and convert_getcast().
Definition: iselpile.h:24
sel::ISELPile::setPropCSsConfInc
virtual void setPropCSsConfInc(bool b)=0
Sets the shear direction incremental confining stress flag, see getPropCSsConfInc()
sel::ISELPile::getPropPer
virtual double getPropPer() const =0
Returns the exposed perimeter, see setPropPer()
sel::ISELPile::getRespCpStressDir2
virtual DVect getRespCpStressDir2(bool bNorm, quint32 end) const =0
sel::ISELPile
Interface to pile structural elements.
Definition: iselpile.h:21
sel::ISELPile::getPropCSnCoh
virtual double getPropCSnCoh() const =0
Returns the normal coupling spring cohesive strength, see setPropCSnCoh()
sel::ISELPile::setPropCSsConfTab
virtual void setPropCSsConfTab(QString s)=0
Sets the shear direction incremental confining stress factor table number, see getPropCSsConfTab()
sel::ISELPile::getPropRBolt
virtual bool getPropRBolt() const =0
Returns true is the rockbolt logic is on, see setPropRBolt()
sel::ISELPile::getISEL
virtual const ISEL * getISEL() const =0
Returns a const pointer to object base class, ISEL.
sel::ISELPile::setPropRBolt
virtual void setPropRBolt(bool b)=0
Sets the rockbolt logic flag, see getPropRBolt()
sel::ISELBeam
Interface to beam structural elements.
Definition: iselbeam.h:19
sel::ISELPile::getPropSlide
virtual bool getPropSlide() const =0
Returns true if the large-strain sliding flag is on, false otherwise. See setPropSlide()
sel::ISELPile::getPropYield
virtual double getPropYield() const =0
Returns the axial tensile yield strength (force units) ,see setPropYield()
sel::ISELPile::getRespCpStress2
virtual double getRespCpStress2(bool bNorm, quint32 end) const =0
DVect
DVect3 DVect
Vector of doubles, either 2D or 3D.
Definition: dim.h:145
sel::ISELPile::getPropCSsFricTab
virtual QString getPropCSsFricTab() const =0
Returns the shear direction friction angle table number, see setPropCSsFricTab()
sel::ISELPile::getPropSlideTol
virtual double getPropSlideTol() const =0
Returns the large-strain sliding tolerance, see setPropSlideTol()
sel::ISELPile::setPropYield
virtual void setPropYield(const double &d)=0
Sets the axial tensile yield strength (force units) ,see getPropYield()
sel::ISELPile::getPropCSsFric
virtual double getPropCSsFric() const =0
Returns the shear coupling spring friction angle, see setPropCSsFric()
sel::ISELPile::getPropCSnK
virtual double getPropCSnK() const =0
Returns the normal coupling spring stiffness, see setPropCSnK()
sel::ISELPile::setPropSlide
virtual void setPropSlide(bool b)=0
Sets the large-strain sliding flag, see getPropSlide()
sel::ISELPile::getPropCSsCohTab
virtual QString getPropCSsCohTab() const =0
Returns the shear direction cohesive strength table number, see setPropCSsCohTab()
sel::ISEL::YieldState
YieldState
Yield states.
Definition: isel.h:27
sel::ISELPile::getPropCSnGap
virtual bool getPropCSnGap() const =0
Returns true if normal coupling spring gap-use flag is on, otherwise returns false....
sel::ISELPile::setPropCSnCoh
virtual void setPropCSnCoh(const double &d)=0
Sets the normal coupling spring cohesive strength, see getPropCSnCoh()
isel.h
Interface to the structural elements base class.
sel::ISELPile::setPropCSnK
virtual void setPropCSnK(const double &d)=0
Sets the normal coupling spring stiffness, see getPropCSnK()
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