doxygen/html/xfem_h_m_coupled_8h_source.html

 /************************************************************************
 **
 ** Copyright (C) 2017 by Geomechanic group - Tecgraf/Puc-Rio
 ** All rights reserved.
 **
 ** This file is part of the "GeMA" software. It's use should respect
 ** the terms in the license agreement that can be found together
 ** with this source code.
 ** It is provided AS IS, with NO WARRANTY OF ANY KIND,
 ** INCLUDING THE WARRANTY OF DESIGN, MERCHANTABILITY AND FITNESS FOR
 ** A PARTICULAR PURPOSE.
 **
 ************************************************************************/

 #ifndef _GEMA_XFEM_HMCOUPLED_H_
 #define _GEMA_XFEM_HMCOUPLED_H_

 #include <gmpMechanicalPhysics.h>
 #include <gmpMechanicPoint.h>

 #include "xfemMechanic.h"

 class GmGaussAccessor;

 class XfemHMCoupled : public XfemMechanic
 {
 public:

   // constructor
   XfemHMCoupled(const char* pluginType, GmSimulationData* simulation, QString id, QString description,
     const GmpFemPhysicsCommonMaterialFactory* matFactory, const GmLogCategory& logger);

   // destructor
   virtual ~XfemHMCoupled();

   // set physic map
   virtual const QVariantMap* physicsMetaDataMap();
   // Comments on the base class
   virtual const char* pluginName() const { return "Xfem"; }
   // Comments on the base class
   virtual const GmElementDof* dofMapping(const GmElement* e) const;
   // Comments on the base class
   virtual bool fixedNodalForcesBc(QList<int>& nodes, QList<int>&dof, QList<double>& values) const;
   // Comments on the base class
   virtual bool fixedNodalDofsBc(QList<int>& nodes, QList<int>&dof, QList<double>& values, bool* constantValues) const;

   // Comments on the base class
   virtual FemResultType fillElementDataForBc(const GmElement* e, const GmBoundaryCondition* bc, int bcIndex, int bcListIndex,
                                              int border, GmpFemMatrixSet& elemMatrices, GmpFemVectorSet& elemVectors);

   // Comments on the base class
   virtual FemResultType fillElementData(const GmElement* e, GmpFemMatrixSet& elemMatrices, GmpFemVectorSet& elemVectors);

 protected:
   enum xfemHMStateVarIds
   {
     P_ID = XfemMechanic::NUM_STATEVAR_IDS,
     PA1_ID,
         PA2_ID,
         PA3_ID,
     PF_ID,
         PFNW_ID,
         T_ID,
         Ta1_ID,
         Td_ID,

     // ------      NO ADDING BELOW THIS LINE
     NUM_STATEVAR_IDS,
   };

   enum xfemGaussAttributeIds
   {
           Sw_GA_ID,

      // ------    NO ADDING BELOW THIS LINE
      NUM_GA_IDS,
   };

   enum xfemHMBoundaryConditionIds
   {
     FIXED_P_BC_ID = XfemMechanic::NUM_BC_IDS,
     FIXED_Q_BC_ID,
     FIXED_PA1_BC_ID,
         FIXED_PA2_BC_ID,
         FIXED_QA2_BC_ID,
         FIXED_PA3_BC_ID,
         FIXED_PF_BC_ID,
         FIXED_QF_BC_ID,
         FIXED_PFNW_BC_ID,
         FIXED_QFNW_BC_ID,
         FIXED_T_BC_ID,
         FIXED_Ta1_BC_ID,
         FIXED_Td_BC_ID,
         FIXED_HF_BC_ID,
         CONVECTIVE_BC_ID,
         POINT_GENERATION_BC_ID,

     // ------    NO ADDING BELOW THIS LINE
     NUM_BC_IDS ,
   };

   enum xfemHMBoundaryConditionValueIds
   {
     BC_P_ID = XfemMechanic::NUM_BCV_IDS,
     BC_QW_ID,
     BC_PA1_ID,
         BC_PA2_ID,
         BC_QA2_ID,
         BC_PA3_ID,
         BC_PF_ID,
     BC_QFW_ID,
         BC_PFNW_ID,
         BC_QFNW_ID,
         BC_T_ID,
         BC_Ta1_ID,
         BC_Td_ID,
         BC_Q_ID,
         BC_QDIR_ID,
         BC_H_ID,
         BC_TA_ID,
         BC_G_ID,
         BC_POS_ID,

     // ------     NO ADDING BELOW THIS LINE
     NUM_BCV_IDS,
   };

   virtual bool checkAndLoadPrivateData(LuaTable& table);
   virtual bool checkAndLoadAttributeAccessors(LuaTable& nodeTable, LuaTable& gaussTable);
   virtual bool fillElementDataMPNIT(const GmElement* e, GmpFemMatrixSet& elemMatrices, GmpFemVectorSet& elemVectors);
   virtual bool fillElementDataNIT(const GmElement* e, GmpFemMatrixSet& elemMatrices, GmpFemVectorSet& elemVectors);
   virtual bool fillElementDataMP(const GmElement* e, GmpFemMatrixSet& elemMatrices, GmpFemVectorSet& elemVectors);
   void fillElementDisplacements(const GmElement* e, GmVector& ue, const int& nEnrich);
   void fillElementPorePressure(const GmElement* e, GmVector& pe, GmVector& pf, bool ghostNodes, const QList<int>& pfList);
   void fillElementTemperature(const GmElement* e, GmVector& pe, GmVector& pf, bool ghostNodes, const QList<int>& pfList);
   void fillElementCapillaryPressure(const GmElement* e, GmVector& pe, GmVector& pf, bool ghostNodes, const QList<int>& pfList);
   void fillEnhancedBuMatrix(const GmElement* e, const GmShape* shape, const GmVector& ncoord, const GmMatrix& X,
           const GmMatrix& J, GmMatrix& Bu, const QList<int>& gaussLevelSet, const int& nEnrich, const GmVector& nodes, GmElementDof* dofMap, XfemEnrichedElementData* exData, const int& gaussIP);
   void fillEnhancedBuJumpMatrix(const GmElement* e, const GmShape* shape, const GmVector& ncoord, const GmMatrix& J, GmMatrix& Bu, const QList<int>& TopLevelSet, const QList<int>& BottomLevelSet, const int& nEnrich, const GmVector& nodes, GmElementDof* dofMap, XfemEnrichedElementData* exData, const int& iSubCrack);
   void fillEnhancedBpJumpMatrix(const GmElement* e, const GmShape* shape, const GmVector& ncoord, const GmMatrix& J, GmMatrix& Bp, const QList<int>& TopLevelSet, const QList<int>& BottomLevelSet, const int& nEnrich, GmElementDof* dofMap, XfemEnrichedElementData* exData, const int& iSubCrack);
   void fillEnhancedNpMatrix(const GmElement* e, GmVector& Np, const GmVector& N, const QList<int>& gaussLevelSet, const int& nEnrich, GmElementDof* dofMap, XfemEnrichedElementData* exData, const int& gaussIP);
   void fillEnhancedNptopMatrix(const GmElement* e, GmVector& Np, const GmVector& N, const QList<int>& gaussLevelSet, const int& nEnrich, GmElementDof* dofMap, XfemEnrichedElementData* exData, const int& iSubCrack);
   void fillEnhancedNpbotMatrix(const GmElement* e, GmVector& Np, const GmVector& N, const QList<int>& gaussLevelSet, const int& nEnrich, GmElementDof* dofMap, XfemEnrichedElementData* exData, const int& iSubCrack);
   void fillEnhancedNutopMatrix(const GmElement* e, GmMatrix& Nu, const GmVector& N, const QList<int>& gaussLevelSet, const int& nEnrich, const GmVector& nodes, GmElementDof* dofMap, XfemEnrichedElementData* exData, const int& iSubCrack);
   void fillEnhancedNubotMatrix(const GmElement* e, GmMatrix& Nu, const GmVector& N, const QList<int>& gaussLevelSet, const int& nEnrich, const GmVector& nodes, GmElementDof* dofMap, XfemEnrichedElementData* exData, const int& iSubCrack);
   void fillEnhancedNuJumpMatrix(const GmElement* e, GmMatrix& Nu, const GmVector& N, const QList<int>& BottomLevelSet, const QList<int>& TopLevelSet, const int& nEnrich, const GmVector& nodes, GmElementDof* dofMap, XfemEnrichedElementData* exData, const int& iSubCrack);
   void fillEnhancedNpJumpMatrix(const GmElement* e, GmMatrix& Np, const GmVector& N, const QList<int>& BottomLevelSet, const QList<int>& TopLevelSet, const int& nEnrich, GmElementDof* dofMap, XfemEnrichedElementData* exData, const int& iSubCrack);
   void tipDOFTreat(const int& nelem, GmVector& nodes);
   void shapeValuesBarElem(double xi, GmVector& N);
   void unitVectSegment(const GmMatrix& Xg, GmMatrix& uVec, GmMatrix& uVec2, GmMatrix& uVec3, GmMatrix& ROT);
   virtual void fillStandardDof(const GmElement* e, QList<int>& iUe, QList<int>& iPe);
   virtual void fillEnhancedDof(const XfemElement* xe, QList<int>& iUe, QList<int>& iPe, QList<int>& iPf, const int& np);
   virtual void fillStandardDofMP(const GmElement* e, QList<int>& iUe, QList<int>& iPw, QList<int>& iPc);
   virtual void fillEnhancedDofMP(const XfemElement* xe, QList<int>& iUe, QList<int>& iPw, QList<int>& iPc, QList<int>& iPwd, QList<int>& iPcd, const int& np);
   virtual void fillStandardDofNIT(const GmElement* e, QList<int>& iUe, QList<int>& iPw, QList<int>& iPc);
   virtual void fillEnhancedDofNIT(const XfemElement* xe, QList<int>& iUe, QList<int>& iPw, QList<int>& iPc, QList<int>& iPwd, QList<int>& iPcd, const int& np);
   virtual void fillStorageCompMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Sc, const GmVector& Np, const double& c);
   virtual void fillCrackStorageCompMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Sc, const GmVector& Np, const double& c);
   virtual void fillHeatCapacityMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Sc, const GmVector& Np, const double& c);
   virtual void fillCrackHeatCapacityMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Sc, const GmVector& Np, const double& c, double& wn);
   virtual void fillThermalExpansionMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Sc, const GmVector& Np, const double& c);
   virtual void fillCrackThermalExpansionMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Sc, const GmVector& Np, const double& c, double& wn);
   virtual void fillStorageCompMatrixMP(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Cww, GmMatrix& Cwc, GmMatrix& Ccc, GmMatrix& Ccw, const GmVector& Np, const double& c, const double& sw);
   virtual void fillCrackStorageCompMatrixMP(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Cww, GmMatrix& Cwc, GmMatrix& Ccc, GmMatrix& Ccw, const GmVector& Np, const double& c, const double& sw, double& wn);
   virtual void fillCouplingMecHydMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Lup, const GmVector& Np, const GmMatrix& Bu, const double& c);
   virtual void fillCouplingCrackMecHydMatrix(const GmElement* e, const GmVector* coord, const int& ip, const double& c2, const GmVector& Np, GmMatrix& Qpfu, const GmVector& v_n, const GmMatrix& NuJump);
   virtual void fillCouplingCrackHydMecMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Epfu, const GmVector& Np, const GmMatrix& Bu, const GmVector& v_t, const double& c2, double& wn, GmMatrix& Qpfu, const GmVector& v_n, const GmMatrix& NuJump);
   virtual void fillCouplingHydMecMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Lup, const GmVector& Np, const GmMatrix& Bu, const double& c);
   virtual void fillCouplingThermoMecMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Lup, const GmVector& Np, const GmMatrix& Bu, const double& c, const double& Tg);
   virtual void fillCouplingCrackThermoMecMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Lup, const GmVector& Np, const GmMatrix& Bu, const double& c, const double& Tg, const double& wn);
   void fillEnhancedBpMatrix(const GmElement* e, const GmShape* shape, const GmVector& ncoord,
           const GmMatrix& X, const GmMatrix& J, const GmMatrix& B, GmMatrix& Bp, const QList<int>& gaussLevelSet, const int& nEnrich, GmElementDof* dofMap, XfemEnrichedElementData* exData, const int& gaussIP);
   void fillFlowMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Kc, const GmMatrix& Bp, const double& c);
   void fillConvectiveMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Kc, const GmMatrix& Bp, const GmMatrix& Np, const double& c, const GmVector& pe);
   void fillConvectiveMatrix2(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Kc, const GmMatrix& Bp, const double& tg, const double& c);
   void fillAdvectiveMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Kc, const GmMatrix& Bp, const double& c);
   void fillCrackConvectiveMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Kc, const GmMatrix& Bp, const GmMatrix& Np, const double& c, double& wn, double& kfd, const GmVector& pfe);
   void fillCrackConvectiveMatrix2(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Kc, const GmMatrix& Bp, const double& tg, const double& c, double& wn, double& kfd);
   void fillCrackAdvectiveMatrix(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Kc, const GmMatrix& Bp, const double& c, double& wn);
   void fillFlowMatrixMP(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Kc, const GmMatrix& Bp, const double& c, const double& krw, const double& krn);
   void fillFlowMatrixMP2(const GmElement* e, const GmVector* coord, const int& ip, GmMatrix& Kc, const GmMatrix& Bp, const double& c, const double& krn);
   virtual bool assemblyElemDampingMatrix(const GmElement* e, GmMatrix& elemC, const GmMatrix& Lpu, const GmMatrix& Sc, const QList<int>& iUe, const QList<int>& iPe, const int& nPf, const int& numDof, const int& np);
   virtual bool assemblyElemDampingMatrixNIT(const GmElement* e, GmMatrix& elemC, const GmMatrix& Lpu, const GmMatrix& Sc, const GmMatrix& Rt, const GmMatrix& Ct, const GmMatrix& Qtu, const QList<int>& iUe, const QList<int>& iPe, const QList<int>& iTe, const int& nPf, const int& numDof, const int& np);
   virtual bool assemblyElemDampingMatrixMP(const GmElement* e, GmMatrix& elemC, const GmMatrix& Lpu, const GmMatrix& Cww, const GmMatrix& Cwc, const GmMatrix& Ccc, const GmMatrix& Ccw, const QList<int>& iUe, const QList<int>& iPw, const QList<int>& iPc, const int& nPf, const int& numDof, const int& np, const double& sw);
   virtual bool assemblyCrackDampingMatrix(const GmElement* e, GmMatrix& elemC, const GmMatrix& Qf, const QList<int>& iUe, const QList<int>& iPe, const QList<int>& iPf, const QList<int>& pfList, const int& nPf, const int& numDof, const int& np);
   virtual bool assemblyCrackDampingMatrixNIT(const GmElement* e, GmMatrix& elemC, const GmMatrix& Qf, const QList<int>& iUe, const QList<int>& iPe, const QList<int>& iPf, const QList<int>& iTf, const QList<int>& pfList, const int& nPf, const int& numDof, const int& np, const GmMatrix& Cwdwd, const GmMatrix& Rtdtd, const GmMatrix& Cwdtd);
   virtual bool assemblyCrackDampingMatrixMP(const GmElement* e, GmMatrix& elemC, const GmMatrix& Qf, const QList<int>& iUe, const QList<int>& iPe, const QList<int>& iPf, const QList<int>& pfList, const int& nPf, const int& numDof, const int& np, const QList<int>& iPc, const QList<int>& iPcd, const double& sw,
           const GmMatrix& Cwdwd, const GmMatrix& Cwdcd, const GmMatrix& Ccdcd, const GmMatrix& Ccdwd);
   virtual bool assemblyElemStiffnessMatrix(const GmElement* e, GmMatrix& elemK, const GmMatrix& Kep, const GmMatrix& Lup, const GmMatrix& Kc, const QList<int>& iUe, const QList<int>& iPe, const int& nPf, const int& numDof, const int& np);
   virtual bool assemblyElemStiffnessMatrixNIT(const GmElement* e, GmMatrix& elemK, const GmMatrix& Kep, const GmMatrix& Lup, const GmMatrix& Kc, const GmMatrix& Qut, const GmMatrix& Qtw, const GmMatrix& Mt, const GmMatrix& Ot, const QList<int>& iUe, const QList<int>& iPe, const QList<int>& iTe, const int& nPf, const int& numDof, const int& np);
   virtual bool assemblyElemStiffnessMatrixMP(const GmElement* e, GmMatrix& elemK, const GmMatrix& Kep, const GmMatrix& Lup, const GmMatrix& Hww, const GmMatrix& Hcc, const QList<int>& iUe, const QList<int>& iPw, const QList<int>& iPc, const int& nPf, const int& numDof, const int& np, const double& sw);
   virtual bool assemblyCrackStiffnessMatrix(const GmElement* e, GmMatrix& elemK, const GmMatrix& Qupf, const GmMatrix& L1, const GmMatrix& L2, const GmMatrix& L3, const GmMatrix& Hf, const GmMatrix& Kfr,
           const QList<int>& iUe, const QList<int>& iPe, const QList<int>& iPf, const QList<int>& pfList, const int& nPf, const int& numDof, const int& np);
   virtual bool assemblyCrackStiffnessMatrixNIT(const GmElement* e, GmMatrix& elemK, const GmMatrix& Qupf, const GmMatrix& L1, const GmMatrix& L2, const GmMatrix& L3, const GmMatrix& Hf, const GmMatrix& Kfr,
           const QList<int>& iUe, const QList<int>& iPe, const QList<int>& iTe, const QList<int>& iPf, const QList<int>& iTd, const QList<int>& pfList, const int& nPf, const int& numDof, const int& np, const GmMatrix& Mtdtd, const GmMatrix&Otdtd, const GmMatrix&Qtdwd, const GmMatrix& Ltt, const GmMatrix& Lttd, const GmMatrix& Ltdtd, const GmMatrix& Qutd);
   virtual bool assemblyCrackStiffnessMatrixMP(const GmElement* e, GmMatrix& elemK, const GmMatrix& Qupf, const GmMatrix& L1, const GmMatrix& L2, const GmMatrix& L3, const GmMatrix& Hf, const GmMatrix& Kfr, const GmMatrix& Hcdcd,
           const QList<int>& iUe, const QList<int>& iPe, const QList<int>& iPf, const QList<int>& pfList, const int& nPf, const int& numDof, const int& np, const QList<int>& iPc, const QList<int>& iPcd, const double& swd);
   virtual bool getPorePressureGaussPoint(const GmElement* e, const GmVector* coord, const int& ip, GmVector& Pg, const GmVector& Np, const GmVector& pe);
   virtual bool getTemperatureGaussPoint(const GmElement* e, const GmVector* coord, const int& ip, double& Pg, const GmVector& Np, const GmVector& pe);
   virtual bool getSaturationAndRelativePermeability(const GmElement* e, const GmVector* coord, const int& ip, GmVector& Pg, double& Np, double& pe, double& pa);
   virtual void assemblyInternalForceVector(const GmElement* e, GmMatrix& elemFi, const GmVector& Fint_St, const GmVector& Fint_Pp, const QList<int>& iUe, const QList<int>& iPe, const int& nPf, const int& numDof, const int& np);
   virtual void assemblyInternalForceVectorNIT(const GmElement* e, GmMatrix& elemFi, const GmVector& Fint_St, const GmVector& Fint_Pp, const GmVector& Fint_T, const QList<int>& iUe, const QList<int>& iPe, const QList<int>& iTe, const int& nPf, const int& numDof, const int& np);
   virtual void assemblyInternalForceVectorMP(const GmElement* e, GmMatrix& elemFi, const GmVector& Fint_St, const GmVector& Fint_Pw, const GmVector& Fint_Pc, const QList<int>& iUe, const QList<int>& iPw, const QList<int>& iPc, const int& nPf, const int& numDof, const int& np);
   virtual void assemblyCrackInternalForceVector(const GmElement* e, GmMatrix& elemFi, const GmVector& Fint_St, const GmVector& Fint_Pp, const GmVector& Fint_Hyd,
           const QList<int>& iUe, const QList<int>& iPe, const QList<int>& iPf, const QList<int>& pfList, const int& nPf, const int& numDof, const int& np);
   virtual void assemblyCrackInternalForceVectorNIT(const GmElement* e, GmMatrix& elemFi, const GmVector& Fint_St, const GmVector& Fint_Pp, const GmVector& Fint_Te, const GmVector& Fint_pf, const GmVector& Fint_Tf,
           const QList<int>& iUe, const QList<int>& iPe, const QList<int>& iTe, const QList<int>& iPf, const QList<int>& iTf, const QList<int>& pfList, const int& nPf, const int& numDof, const int& np);
   virtual void assemblyCrackInternalForceVectorMP(const GmElement* e, GmMatrix& elemFi, const GmVector& Fint_St, const GmVector& Fint_Pw, const GmVector& Fint_Pc, const QList<int>& iUe, const QList<int>& iPe, const QList<int>& iPf, const QList<int>& pfList, const int& nPf,
           const int& numDof, const int& np, const QList<int>& iPc, const QList<int>& iPcd, const GmVector& Fint_Pwd, const GmVector& Fint_Pcd);
   //Return a list with the pair of ghost nodes of each fracture segment contained in this element
   virtual bool getCrackNodePair(XfemEnrichedElementData* exData, QList<QList<int>>& pfNodes);
   // remove repeted values
   virtual bool insertionSortWORepeatedint(QList<int>& a, const double& tol);
   // Sort vector values
   virtual bool insertionSortint(QList<int>& tVec);
   //Return the fracture rotation matrix
   void fillFractureRotationMatrix(const GmElement* e, const GmShape* shp, GmMatrix Je, GmMatrix &R);
   // Returns the elastic constitutive matrix for the fracture segment
   virtual bool fillNaturalCrackStiffnessMatrix(const GmElement* e, GmMatrix& Dep, GmVector coord, const int& ip, const GmVector& S_tn, const GmVector& Etn_old, const GmVector& v_w_tn, const GmMatrix& ROT, GmMatrix& D_xy, bool open);
   // Returns the Cohesive constitutive matrix for the fracture segment
   virtual bool fillCohesiveCrackStiffnessMatrix(const GmElement* e, GmMatrix& Dep, GmVector coord, const int& ip, const GmVector& nrd, const GmVector& trd, const GmVector& Etn_old, const GmVector& v_w_tn, const GmVector& sold,
            const GmMatrix& ROT, GmMatrix& D_xy, const double& rockStrength, bool open);
   // Returns fracture segment stresses
   virtual bool naturalFractureReturnMapping(const GmElement* e, XfemEnrichedElementData* exData, const GmVector& sold, const GmMatrix& Dep, const GmVector& enew, const GmVector& eold, GmVector& Stn_new, const GmMatrix& ROT, GmVector& S_w_xy, bool open, const int& iFracSubElement, const GmVector& ip, const int& k);
   // Returns fracture cohesive segment stresses
   virtual bool cohesiveFractureReturnMapping(const GmElement* e, const GmVector& sold, const GmMatrix& Dep, const GmVector& enew, const GmVector& eold, GmVector& Stn_new, const GmMatrix& ROT, GmVector& S_w_xy, const double& rockStrength, bool open, const GmVector& ip, const int& k);
   // Split tensor to interface or Join interface to tensor
   virtual bool splitJoinTensorToInterface(GmVector& Tensor, GmVector& Cohesive, bool type);

 };

 #endif
GmElement

XfemHMCoupled::dofMapping
virtual const GmElementDof * dofMapping(const GmElement *e) const
Definition: xfemHMCoupled.cpp:168

XfemHMCoupled::NUM_STATEVAR_IDS
The number of state var ids above.
Definition: xfemHMCoupled.h:80

XfemHMCoupled::FIXED_QF_BC_ID
Id for fixed node fracture flow boundary condition of the wetting fluid.
Definition: xfemHMCoupled.h:102

XfemHMCoupled::BC_QW_ID
Nodal pore flow for fixed node pore flow boundary condition of the wetting fluid.
Definition: xfemHMCoupled.h:120

XfemHMCoupled::fillCrackThermalExpansionMatrix
virtual void fillCrackThermalExpansionMatrix(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Sc, const GmVector &Np, const double &c, double &wn)
Calculates Thermal Expansion for element 'e' at the given integration point (coord,...
Definition: xfemHMCoupled.cpp:7343

XfemHMCoupled::FIXED_QA2_BC_ID
Id for fixed node flow boundary condition of the non-wetting fluid.
Definition: xfemHMCoupled.h:99

XfemHMCoupled::CONVECTIVE_BC_ID
Id for convective boundary condition.
Definition: xfemHMCoupled.h:109

XfemHMCoupled::BC_QDIR_ID
Heat flux direction for fixed heat flux boundary condition.
Definition: xfemHMCoupled.h:133

XfemHMCoupled::fillStorageCompMatrix
virtual void fillStorageCompMatrix(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Sc, const GmVector &Np, const double &c)
Calculates the compressibility matrix of "storage / compressibility" for element 'e' at the given int...
Definition: xfemHMCoupled.cpp:7093

XfemHMCoupled::BC_Ta1_ID
Nodal temperature for fixed enriched temperature boundary condition.
Definition: xfemHMCoupled.h:130

XfemHMCoupled::fillElementDataNIT
virtual bool fillElementDataNIT(const GmElement *e, GmpFemMatrixSet &elemMatrices, GmpFemVectorSet &elemVectors)
Fills the element matrices and vectors for a generic elements.
Definition: xfemHMCoupled.cpp:2565

XfemHMCoupled::FIXED_P_BC_ID
Id for fixed node pore pressure boundary condition of the wetting fluid.
Definition: xfemHMCoupled.h:95

XfemHMCoupled::fillEnhancedDof
virtual void fillEnhancedDof(const XfemElement *xe, QList< int > &iUe, QList< int > &iPe, QList< int > &iPf, const int &np)
Fills the position index with the degreee of freedom, both the mechanical and hydraulic physics....
Definition: xfemHMCoupled.cpp:9748

XfemHMCoupled::fillCouplingCrackHydMecMatrix
virtual void fillCouplingCrackHydMecMatrix(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Epfu, const GmVector &Np, const GmMatrix &Bu, const GmVector &v_t, const double &c2, double &wn, GmMatrix &Qpfu, const GmVector &v_n, const GmMatrix &NuJump)
Calculates the stiffness matrix of the mechanical- hydraulic coupling.
Definition: xfemHMCoupled.cpp:7515

XfemHMCoupled::fillElementPorePressure
void fillElementPorePressure(const GmElement *e, GmVector &pe, GmVector &pf, bool ghostNodes, const QList< int > &pfList)
Given an element, fills the vector pe with nodal pore pressure. The vector should have size equal to ...
Definition: xfemHMCoupled.cpp:5287

XfemHMCoupled::BC_PFNW_ID
Nodal fracture pressure for fixed node fracture pressure boundary condition of the non-wetting fluid.
Definition: xfemHMCoupled.h:127

XfemMechanic
Basic class for the standard plane strain physics plugin object.
Definition: xfemMechanic.h:68

GmGaussAccessor

XfemHMCoupled::P_ID
Id for retrieving the accessor to the pore pressure state var of the wetting fluid.
Definition: xfemHMCoupled.h:69

XfemHMCoupled::PA1_ID
Id for retrieving the accessor to the enriched pressure state var of the wetting fluid.
Definition: xfemHMCoupled.h:70

XfemHMCoupled::fillEnhancedDofMP
virtual void fillEnhancedDofMP(const XfemElement *xe, QList< int > &iUe, QList< int > &iPw, QList< int > &iPc, QList< int > &iPwd, QList< int > &iPcd, const int &np)
Fills the position index with the degreee of freedom, both the mechanical and hydraulic physics....
Definition: xfemHMCoupled.cpp:9817

XfemHMCoupled::fillStandardDofNIT
virtual void fillStandardDofNIT(const GmElement *e, QList< int > &iUe, QList< int > &iPw, QList< int > &iPc)
Fills the position index with the degreee of freedo, both the mechanical and hydraulic physics....
Definition: xfemHMCoupled.cpp:9701

XfemHMCoupled::fillEnhancedNpJumpMatrix
void fillEnhancedNpJumpMatrix(const GmElement *e, GmMatrix &Np, const GmVector &N, const QList< int > &BottomLevelSet, const QList< int > &TopLevelSet, const int &nEnrich, GmElementDof *dofMap, XfemEnrichedElementData *exData, const int &iSubCrack)
Calculates the enhanced strain displacement matrix (B) and the Jacobian determinant in a specified (x...
Definition: xfemHMCoupled.cpp:6683

XfemHMCoupled::checkAndLoadPrivateData
virtual bool checkAndLoadPrivateData(LuaTable &table)
Overloads default checkAndLoadPrivateData() to be able to setup materials.
Definition: xfemHMCoupled.cpp:417

XfemHMCoupled::unitVectSegment
void unitVectSegment(const GmMatrix &Xg, GmMatrix &uVec, GmMatrix &uVec2, GmMatrix &uVec3, GmMatrix &ROT)
Definition: xfemHMCoupled.cpp:9999

GmBoundaryCondition

XfemHMCoupled::BC_PA3_ID
Nodal enriched pressure for fixed node enriched pressure boundary condition of the non-wetting fluid.
Definition: xfemHMCoupled.h:124

xfemMechanic.h
Declaration of the xfemMechanic classes.

XfemHMCoupled::fillCouplingCrackThermoMecMatrix
virtual void fillCouplingCrackThermoMecMatrix(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Lup, const GmVector &Np, const GmMatrix &Bu, const double &c, const double &Tg, const double &wn)
Calculates the stiffness matrix of the Thermo - mechanical coupling.
Definition: xfemHMCoupled.cpp:7714

XfemHMCoupled::BC_T_ID
Nodal temperature for fixed temperature boundary condition.
Definition: xfemHMCoupled.h:129

XfemHMCoupled::fillHeatCapacityMatrix
virtual void fillHeatCapacityMatrix(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Sc, const GmVector &Np, const double &c)
Calculates Heat Capacity for element 'e' at the given integration point (coord, ip) storing the resul...
Definition: xfemHMCoupled.cpp:7213

XfemHMCoupled::BC_QFW_ID
Nodal node fracture flow for fixed node fracture flow boundary condition of the wetting fluid.
Definition: xfemHMCoupled.h:126

XfemMechanic::NUM_BCV_IDS
The number of boundary conditions value ids above.
Definition: xfemMechanic.h:149

XfemHMCoupled::NUM_BCV_IDS
The number of boundary conditions value ids above.
Definition: xfemHMCoupled.h:140

XfemElement
Basic interface for an XFEM element.
Definition: xfemElement.h:43

XfemHMCoupled::FIXED_PFNW_BC_ID
Id for fixed node fracture pressure boundary condition of the non-wetting fluid.
Definition: xfemHMCoupled.h:103

XfemHMCoupled::BC_H_ID
Heat transfer coefficient for convective boundary condition.
Definition: xfemHMCoupled.h:134

XfemHMCoupled::Ta1_ID
Id for retrieving the accessor to the Enriched Temperature state var.
Definition: xfemHMCoupled.h:76

XfemHMCoupled::xfemHMStateVarIds
xfemHMStateVarIds
IDs for Mechanical xfem state vars.
Definition: xfemHMCoupled.h:67

GmSimulationData

XfemHMCoupled::fillEnhancedBuJumpMatrix
void fillEnhancedBuJumpMatrix(const GmElement *e, const GmShape *shape, const GmVector &ncoord, const GmMatrix &J, GmMatrix &Bu, const QList< int > &TopLevelSet, const QList< int > &BottomLevelSet, const int &nEnrich, const GmVector &nodes, GmElementDof *dofMap, XfemEnrichedElementData *exData, const int &iSubCrack)
Calculates the enhanced strain displacement matrix (B) and the Jacobian determinant in a specified (x...
Definition: xfemHMCoupled.cpp:5869

XfemHMCoupled::FIXED_Ta1_BC_ID
Id for fixed enriched temperature boundary condition.
Definition: xfemHMCoupled.h:106

XfemHMCoupled::FIXED_PA2_BC_ID
Id for fixed node pore pressure boundary condition of the non-wetting fluid.
Definition: xfemHMCoupled.h:98

XfemHMCoupled::fillEnhancedNptopMatrix
void fillEnhancedNptopMatrix(const GmElement *e, GmVector &Np, const GmVector &N, const QList< int > &gaussLevelSet, const int &nEnrich, GmElementDof *dofMap, XfemEnrichedElementData *exData, const int &iSubCrack)
Calculates the enhanced strain displacement matrix (B) and the Jacobian determinant in a specified (x...
Definition: xfemHMCoupled.cpp:6294

GmShape

XfemHMCoupled::fillEnhancedBpJumpMatrix
void fillEnhancedBpJumpMatrix(const GmElement *e, const GmShape *shape, const GmVector &ncoord, const GmMatrix &J, GmMatrix &Bp, const QList< int > &TopLevelSet, const QList< int > &BottomLevelSet, const int &nEnrich, GmElementDof *dofMap, XfemEnrichedElementData *exData, const int &iSubCrack)
Calculates the enhanced strain displacement matrix (B) and the Jacobian determinant in a specified (x...
Definition: xfemHMCoupled.cpp:6040

XfemHMCoupled::BC_G_ID
Point generation rate for point generation boundary condition.
Definition: xfemHMCoupled.h:136

XfemHMCoupled::FIXED_PA1_BC_ID
Id for fixed node enriched pressure boundary condition of the wetting fluid.
Definition: xfemHMCoupled.h:97

XfemHMCoupled::FIXED_Q_BC_ID
Id for fixed node flow boundary condition of the wetting fluid.
Definition: xfemHMCoupled.h:96

XfemHMCoupled::T_ID
Id for retrieving the accessor to the Temperature state var.
Definition: xfemHMCoupled.h:75

XfemMechanic::NUM_STATEVAR_IDS
The number of state var ids above.
Definition: xfemMechanic.h:116

XfemHMCoupled::BC_POS_ID
Point position for point generation boundary condition.
Definition: xfemHMCoupled.h:137

XfemHMCoupled::BC_PA1_ID
Nodal enriched pressure for fixed node enriched pressure boundary condition of the wetting fluid.
Definition: xfemHMCoupled.h:121

XfemHMCoupled::fillEnhancedDofNIT
virtual void fillEnhancedDofNIT(const XfemElement *xe, QList< int > &iUe, QList< int > &iPw, QList< int > &iPc, QList< int > &iPwd, QList< int > &iPcd, const int &np)
Fills the position index with the degreee of freedom, both the mechanical and hydraulic physics....
Definition: xfemHMCoupled.cpp:9899

XfemHMCoupled::fillCouplingHydMecMatrix
virtual void fillCouplingHydMecMatrix(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Lup, const GmVector &Np, const GmMatrix &Bu, const double &c)
Calculates the stiffness matrix of the hydraulic - mechanical coupling.
Definition: xfemHMCoupled.cpp:7630

XfemHMCoupled::fixedNodalDofsBc
virtual bool fixedNodalDofsBc(QList< int > &nodes, QList< int > &dof, QList< double > &values, bool *constantValues) const
See comments on base class. Fills vectors with prescribed node pore pressures.
Definition: xfemHMCoupled.cpp:454

XfemHMCoupled::fillCrackStorageCompMatrix
virtual void fillCrackStorageCompMatrix(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Sc, const GmVector &Np, const double &c)
Calculates the compressibility matrix of "storage / compressibility" for element 'e' at the given int...
Definition: xfemHMCoupled.cpp:7160

XfemHMCoupled
Basic class for the HM coupled Xfem physics plugin object.
Definition: xfemHMCoupled.h:36

XfemHMCoupled::xfemHMBoundaryConditionIds
xfemHMBoundaryConditionIds
IDs for accepted boundary condition types.
Definition: xfemHMCoupled.h:93

XfemHMCoupled::BC_QFNW_ID
Nodal node fracture flow for fixed node fracture flow boundary condition of the non-wetting fluid.
Definition: xfemHMCoupled.h:128

QString

QList< int >

XfemHMCoupled::fillElementCapillaryPressure
void fillElementCapillaryPressure(const GmElement *e, GmVector &pe, GmVector &pf, bool ghostNodes, const QList< int > &pfList)
Given an element, fills the vector pe with nodal capillary pressure. The vector should have size equa...
Definition: xfemHMCoupled.cpp:5506

XfemHMCoupled::fillCouplingThermoMecMatrix
virtual void fillCouplingThermoMecMatrix(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Lup, const GmVector &Np, const GmMatrix &Bu, const double &c, const double &Tg)
Calculates the stiffness matrix of the Thermo - mechanical coupling.
Definition: xfemHMCoupled.cpp:7667

XfemHMCoupled::xfemGaussAttributeIds
xfemGaussAttributeIds
IDs for physics Gauss attributes.
Definition: xfemHMCoupled.h:84

XfemHMCoupled::fillStorageCompMatrixMP
virtual void fillStorageCompMatrixMP(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Cww, GmMatrix &Cwc, GmMatrix &Ccc, GmMatrix &Ccw, const GmVector &Np, const double &c, const double &sw)
Calculates the compressibility matrix of "storage / compressibility" for element 'e' at the given int...
Definition: xfemHMCoupled.cpp:7395

XfemHMCoupled::fillCouplingCrackMecHydMatrix
virtual void fillCouplingCrackMecHydMatrix(const GmElement *e, const GmVector *coord, const int &ip, const double &c2, const GmVector &Np, GmMatrix &Qpfu, const GmVector &v_n, const GmMatrix &NuJump)
Calculates the stiffness matrix of the mechanical- hydraulic coupling.
Definition: xfemHMCoupled.cpp:7556

XfemHMCoupled::fillEnhancedNuJumpMatrix
void fillEnhancedNuJumpMatrix(const GmElement *e, GmMatrix &Nu, const GmVector &N, const QList< int > &BottomLevelSet, const QList< int > &TopLevelSet, const int &nEnrich, const GmVector &nodes, GmElementDof *dofMap, XfemEnrichedElementData *exData, const int &iSubCrack)
Calculates the enhanced strain displacement matrix (B) and the Jacobian determinant in a specified (x...
Definition: xfemHMCoupled.cpp:6534

XfemHMCoupled::PA3_ID
Id for retrieving the accessor to the enriched pressure state var of the non-wetting fluid.
Definition: xfemHMCoupled.h:72

XfemHMCoupled::fillCrackHeatCapacityMatrix
virtual void fillCrackHeatCapacityMatrix(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Sc, const GmVector &Np, const double &c, double &wn)
Calculates Heat Capacity for element 'e' at the given integration point (coord, ip) storing the resul...
Definition: xfemHMCoupled.cpp:7254

XfemHMCoupled::FIXED_HF_BC_ID
Id for fixed heat flux boundary condition.
Definition: xfemHMCoupled.h:108

XfemHMCoupled::Td_ID
Id for retrieving the accessor to the Fracture Temperature state var.
Definition: xfemHMCoupled.h:77

XfemHMCoupled::fillElementData
virtual FemResultType fillElementData(const GmElement *e, GmpFemMatrixSet &elemMatrices, GmpFemVectorSet &elemVectors)
Fills the element matrices and vectors for a generic elements.
Definition: xfemHMCoupled.cpp:849

XfemHMCoupled::splitJoinTensorToInterface
virtual bool splitJoinTensorToInterface(GmVector &Tensor, GmVector &Cohesive, bool type)
Split tensor to interface or Join interface to tensor type = true ==> split tensor to interface compo...
Definition: xfemHMCoupled.cpp:10135

XfemHMCoupled::fillEnhancedBpMatrix
void fillEnhancedBpMatrix(const GmElement *e, const GmShape *shape, const GmVector &ncoord, const GmMatrix &X, const GmMatrix &J, const GmMatrix &B, GmMatrix &Bp, const QList< int > &gaussLevelSet, const int &nEnrich, GmElementDof *dofMap, XfemEnrichedElementData *exData, const int &gaussIP)
Calculates the enhanced strain displacement matrix (B) and the Jacobian determinant in a specified (x...
Definition: xfemHMCoupled.cpp:7774

XfemHMCoupled::shapeValuesBarElem
void shapeValuesBarElem(double xi, GmVector &N)
Returns the shape function evaluated at Xi.
Definition: xfemHMCoupled.cpp:9987

XfemHMCoupled::fillEnhancedNubotMatrix
void fillEnhancedNubotMatrix(const GmElement *e, GmMatrix &Nu, const GmVector &N, const QList< int > &gaussLevelSet, const int &nEnrich, const GmVector &nodes, GmElementDof *dofMap, XfemEnrichedElementData *exData, const int &iSubCrack)
Calculates the enhanced strain displacement matrix (B) and the Jacobian determinant in a specified (x...
Definition: xfemHMCoupled.cpp:6953

XfemHMCoupled::fillEnhancedNutopMatrix
void fillEnhancedNutopMatrix(const GmElement *e, GmMatrix &Nu, const GmVector &N, const QList< int > &gaussLevelSet, const int &nEnrich, const GmVector &nodes, GmElementDof *dofMap, XfemEnrichedElementData *exData, const int &iSubCrack)
Calculates the enhanced strain displacement matrix (B) and the Jacobian determinant in a specified (x...
Definition: xfemHMCoupled.cpp:6807

XfemHMCoupled::xfemHMBoundaryConditionValueIds
xfemHMBoundaryConditionValueIds
IDs for property values from accepted boundary condition types.
Definition: xfemHMCoupled.h:117

XfemHMCoupled::fillCrackStorageCompMatrixMP
virtual void fillCrackStorageCompMatrixMP(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Cww, GmMatrix &Cwc, GmMatrix &Ccc, GmMatrix &Ccw, const GmVector &Np, const double &c, const double &sw, double &wn)
Calculates the compressibility matrix of "storage / compressibility" for element 'e' at the given int...
Definition: xfemHMCoupled.cpp:7459

XfemHMCoupled::~XfemHMCoupled
virtual ~XfemHMCoupled()
Destructor.
Definition: xfemHMCoupled.cpp:85

GmLogCategory

XfemHMCoupled::fillEnhancedNpbotMatrix
void fillEnhancedNpbotMatrix(const GmElement *e, GmVector &Np, const GmVector &N, const QList< int > &gaussLevelSet, const int &nEnrich, GmElementDof *dofMap, XfemEnrichedElementData *exData, const int &iSubCrack)
Calculates the enhanced strain displacement matrix (B) and the Jacobian determinant in a specified (x...
Definition: xfemHMCoupled.cpp:6414

XfemHMCoupled::fillEnhancedNpMatrix
void fillEnhancedNpMatrix(const GmElement *e, GmVector &Np, const GmVector &N, const QList< int > &gaussLevelSet, const int &nEnrich, GmElementDof *dofMap, XfemEnrichedElementData *exData, const int &gaussIP)
Calculates the enhanced strain displacement matrix (B) and the Jacobian determinant in a specified (x...
Definition: xfemHMCoupled.cpp:6176

XfemHMCoupled::BC_Q_ID
Heat flux for fixed heat flux boundary condition.
Definition: xfemHMCoupled.h:132

XfemHMCoupled::BC_Td_ID
Nodal temperature for fixed fracture temperature boundary condition.
Definition: xfemHMCoupled.h:131

XfemHMCoupled::BC_TA_ID
Ambient temperature for convective boundary condition.
Definition: xfemHMCoupled.h:135

XfemHMCoupled::PA2_ID
Id for retrieving the accessor to the pore pressure state var of the non-wetting fluid.
Definition: xfemHMCoupled.h:71

XfemHMCoupled::fillEnhancedBuMatrix
void fillEnhancedBuMatrix(const GmElement *e, const GmShape *shape, const GmVector &ncoord, const GmMatrix &X, const GmMatrix &J, GmMatrix &Bu, const QList< int > &gaussLevelSet, const int &nEnrich, const GmVector &nodes, GmElementDof *dofMap, XfemEnrichedElementData *exData, const int &gaussIP)
Calculates the enhanced strain displacement matrix (B) and the Jacobian determinant in a specified (x...
Definition: xfemHMCoupled.cpp:5697

XfemHMCoupled::NUM_GA_IDS
The number of Gauss attribute ids above.
Definition: xfemHMCoupled.h:89

XfemHMCoupled::physicsMetaDataMap
virtual const QVariantMap * physicsMetaDataMap()
Returns a reference for the HydroMechanical coupled Xfem physics attribute map, built when the functi...
Definition: xfemHMCoupled.cpp:91

XfemHMCoupled::BC_QA2_ID
Nodal pore flow for fixed node pore flow boundary condition of the non-wetting fluid.
Definition: xfemHMCoupled.h:123

XfemHMCoupled::BC_PA2_ID
Nodal pore pressure for fixed node pore pressure boundary condition of the non-wetting fluid.
Definition: xfemHMCoupled.h:122

XfemMechanic::NUM_BC_IDS
The number of boundary conditions ids above.
Definition: xfemMechanic.h:138

XfemHMCoupled::FIXED_T_BC_ID
Id for fixed temperature boundary condition.
Definition: xfemHMCoupled.h:105

XfemHMCoupled::fillCouplingMecHydMatrix
virtual void fillCouplingMecHydMatrix(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Lup, const GmVector &Np, const GmMatrix &Bu, const double &c)
Calculates the stiffness matrix of the mechanical- hydraulic coupling.
Definition: xfemHMCoupled.cpp:7592

XfemHMCoupled::PFNW_ID
Id for retrieving the accessor to the fracture pressure state var of the non-wetting fluid.
Definition: xfemHMCoupled.h:74

XfemHMCoupled::checkAndLoadAttributeAccessors
virtual bool checkAndLoadAttributeAccessors(LuaTable &nodeTable, LuaTable &gaussTable)
Reimplementation of the common function to init the _hmaterialPointAccessor structure.
Definition: xfemHMCoupled.cpp:442

XfemHMCoupled::FIXED_QFNW_BC_ID
Id for fixed node fracture flow boundary condition of the non-wetting fluid.
Definition: xfemHMCoupled.h:104

LuaTable

XfemHMCoupled::NUM_BC_IDS
The number of boundary conditions ids above.
Definition: xfemHMCoupled.h:113

XfemHMCoupled::POINT_GENERATION_BC_ID
Id for point generation boundary condition.
Definition: xfemHMCoupled.h:110

GmVector
arma::vec GmVector

XfemHMCoupled::fillElementDataMPNIT
virtual bool fillElementDataMPNIT(const GmElement *e, GmpFemMatrixSet &elemMatrices, GmpFemVectorSet &elemVectors)
Fills the element matrices and vectors for a generic elements.
Definition: xfemHMCoupled.cpp:1726

XfemHMCoupled::FIXED_Td_BC_ID
Id for fixed fracture temperature boundary condition.
Definition: xfemHMCoupled.h:107

XfemEnrichedElementData
A class used to store per element data needed only in enriched elements.
Definition: xfemEnrichedElementData.h:37

XfemHMCoupled::fixedNodalForcesBc
virtual bool fixedNodalForcesBc(QList< int > &nodes, QList< int > &dof, QList< double > &values) const
See comments on base class. Fills vectors with prescribed nodal forces - flow.
Definition: xfemHMCoupled.cpp:514

XfemHMCoupled::fillThermalExpansionMatrix
virtual void fillThermalExpansionMatrix(const GmElement *e, const GmVector *coord, const int &ip, GmMatrix &Sc, const GmVector &Np, const double &c)
Calculates Thermal Expansion for element 'e' at the given integration point (coord,...
Definition: xfemHMCoupled.cpp:7295

XfemHMCoupled::FIXED_PF_BC_ID
Id for fixed node fracture pressure boundary condition of the wetting fluid.
Definition: xfemHMCoupled.h:101

XfemHMCoupled::BC_P_ID
Nodal pore pressure for fixed node pore pressure boundary condition of the wetting fluid.
Definition: xfemHMCoupled.h:119

XfemHMCoupled::fillElementTemperature
void fillElementTemperature(const GmElement *e, GmVector &pe, GmVector &pf, bool ghostNodes, const QList< int > &pfList)
Given an element, fills the vector Te with nodal temperatures. The vector should have size equal to t...
Definition: xfemHMCoupled.cpp:5395

XfemHMCoupled::fillStandardDofMP
virtual void fillStandardDofMP(const GmElement *e, QList< int > &iUe, QList< int > &iPw, QList< int > &iPc)
Fills the position index with the degreee of freedo, both the mechanical and hydraulic physics....
Definition: xfemHMCoupled.cpp:9654

GmMatrix
arma::mat GmMatrix

XfemHMCoupled::fillStandardDof
virtual void fillStandardDof(const GmElement *e, QList< int > &iUe, QList< int > &iPe)
Fills the position index with the degreee of freedo, both the mechanical and hydraulic physics....
Definition: xfemHMCoupled.cpp:9611

XfemHMCoupled::PF_ID
Id for retrieving the accessor to the fracture pressure state var of the wetting fluid.
Definition: xfemHMCoupled.h:73

XfemHMCoupled::XfemHMCoupled
XfemHMCoupled(const char *pluginType, GmSimulationData *simulation, QString id, QString description, const GmpFemPhysicsCommonMaterialFactory *matFactory, const GmLogCategory &logger)
Constructor. Will be called by the plugin loading code.
Definition: xfemHMCoupled.cpp:59

XfemHMCoupled::BC_PF_ID
Nodal fracture pressure for fixed node fracture pressure boundary condition of the wetting fluid.
Definition: xfemHMCoupled.h:125

GmElementDof

XfemHMCoupled::fillElementDisplacements
void fillElementDisplacements(const GmElement *e, GmVector &ue, const int &nEnrich)
See comments on base class. Fills the vector ue with nodal displacements.
Definition: xfemHMCoupled.cpp:5179

XfemHMCoupled::FIXED_PA3_BC_ID
Id for fixed node enriched pressure boundary condition of the non-wetting fluid.
Definition: xfemHMCoupled.h:100

XfemHMCoupled::fillElementDataMP
virtual bool fillElementDataMP(const GmElement *e, GmpFemMatrixSet &elemMatrices, GmpFemVectorSet &elemVectors)
Fills the element matrices and vectors for a generic elements.
Definition: xfemHMCoupled.cpp:3570

XfemHMCoupled::Sw_GA_ID
Base Id for Gauss attribute(s) used to store the wetting fluid saturation.
Definition: xfemHMCoupled.h:86

XfemHMCoupled::tipDOFTreat
void tipDOFTreat(const int &nelem, GmVector &nodes)
treat tip degrees of freedom
Definition: xfemHMCoupled.cpp:5572