MechSys
1.0
Computing library for simulations in continuum and discrete mechanics
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A | FEM::Beam | |
Active | FEM::Element | |
AddToF(double Time, Vec_t &F) const | FEM::Element | [inline, virtual] |
BackupState() const | FEM::Element | [inline, virtual] |
Beam(int NDim, Mesh::Cell const &Cell, Model const *Mdl, Model const *XMdl, SDPair const &Prp, SDPair const &Ini, Array< Node * > const &Nodes) | FEM::Beam | [inline] |
CalcC(Mat_t &C) const | FEM::Element | [inline, virtual] |
CalcFaceShape(Mat_t const &FC, IntegPoint const &FIP, double &detJ, double &Coef, double h=1.0) const | FEM::Element | [inline] |
CalcFaceShape(Mat_t const &FC, IntegPoint const &FIP, Mat_t &J, double &detJ, double &Coef, double h=1.0) const | FEM::Element | [inline] |
CalcIVRate(double Time, Vec_t const &U, Vec_t const &V, Vec_t &Rate) const | FEM::Element | [inline, virtual] |
CalcK(Mat_t &K) const | FEM::Beam | [inline, virtual] |
FEM::Element::CalcK(Vec_t const &U, double Alpha, double dt, Mat_t &KK, Vec_t &dF) const | FEM::Element | [inline, virtual] |
CalcKCM(Mat_t &KK, Mat_t &CC, Mat_t &MM) const | FEM::Element | [inline, virtual] |
CalcM(Mat_t &M) const | FEM::Beam | [inline, virtual] |
CalcRes(double r, double &N, double &V, double &M) const | FEM::Beam | [inline] |
CalcShape(Mat_t const &C, IntegPoint const &IP, double &detJ, double &Coef) const | FEM::Element | [inline] |
CalcT(Mat_t &T, double &l, Vec3_t *normal=NULL) const | FEM::Beam | [inline] |
Cell | FEM::Element | |
ClrBCs() | FEM::Beam | [inline, virtual] |
Con | FEM::Element | |
CoordMatrix(Mat_t &C) const | FEM::Element | [inline] |
CoordsOfIP(size_t IdxIP, Vec_t &X) const | FEM::Element | [inline] |
CorrectIVs() | FEM::Element | [inline, virtual] |
Draw(std::ostream &os, MPyPrms const &Prms) const | FEM::Beam | [inline, virtual] |
E | FEM::Beam | |
Element(int NDim, Mesh::Cell const &Cell, Model const *Mdl, Model const *XMdl, SDPair const &Prp, SDPair const &Ini, Array< Node * > const &Nodes) | FEM::Element | [inline] |
ElemEqs(double Time, Vec_t const &V, Vec_t const &Ww, Vec_t const &Pw) const | FEM::Element | [inline, virtual] |
FCoordMatrix(size_t IdxFace, Mat_t &C) const | FEM::Element | [inline] |
GE | FEM::Element | |
GetIV(size_t i) const | FEM::Element | [inline, virtual] |
GetLoc(Array< size_t > &Loc) const | FEM::Beam | [inline, virtual] |
FEM::Element::GetLoc() const | FEM::Element | [inline, virtual] |
GTy | FEM::Element | |
HasQn | FEM::Beam | |
IncNLocDOF(size_t &NEq) const | FEM::Element | [inline, virtual] |
IsUWP | FEM::Element | |
Izz | FEM::Beam | |
Mdl | FEM::Element | |
NDim | FEM::Element | |
NIVs() const | FEM::Element | [inline, virtual] |
qnl | FEM::Beam | |
qnr | FEM::Beam | |
Restore() | FEM::Element | [inline, virtual] |
RestoreState() const | FEM::Element | [inline, virtual] |
rho | FEM::Beam | |
SetBCs(size_t IdxEdgeOrFace, SDPair const &BCs, BCFuncs *BCF) | FEM::Beam | [inline, virtual] |
SetFint(Vec_t *Fint=NULL) const | FEM::Element | [inline, virtual] |
SetIV(size_t i, double Val) | FEM::Element | [inline, virtual] |
ShapeMatrix(Mat_t &M) const | FEM::Element | [inline] |
Sta | FEM::Element | |
StateAtIP(SDPair &KeysVals, int IdxIP) const | FEM::Element | [inline, virtual] |
StateAtIPs(Array< SDPair > &Results) const | FEM::Element | [inline, virtual] |
StateAtNodes(Array< SDPair > &Results) const | FEM::Beam | [inline, virtual] |
StateKeys(Array< String > &Keys) const | FEM::Beam | [inline, virtual] |
Update(size_t Idx, Vec_t const &V_g, Vec_t const &dPwdt_g, double dt) | FEM::Element | [inline, virtual] |
UpdateState(Vec_t const &dU, Vec_t *F_int=NULL) const | FEM::Beam | [inline, virtual] |
XMdl | FEM::Element | |
~Element() | FEM::Element | [inline, virtual] |