Ckatoptron::Algebraic< scalar > | Class which is used to store Teuchos::RCP to the algebraic information of the problem: |
Cflow::BlowingResidual | Formulation of transpiration boundary terms |
Ckatoptron::ContactsList | Class which is used to store the list of the contact interfaces |
Ckatoptron::DirichletList< scalar > | Class which is used to store the list of the Dirichlet boundary conditions (BC) |
Ckatoptron::DiscreteProblem< scalar > | Class which is used to store all the information related to the discretized problem: |
Ckatoptron::Domain< scalar > | Class which is used to store all the information related to the discretized domain: |
►CElementComputation< scalar, element_type > | Base class for the element computations |
CElementMatrices< scalar, element_type, element_size > | Class used to compute the element matrices: |
CElementVectors< scalar, element_type, element_size > | Class used to compute the matrix associated to the integration of load on surface \(\boldsymbol{N}\) |
Ckatoptron::ElementsList | Class used to store the element information including: |
CEnsembleTraits< T > | |
CEnsembleTraits< Sacado::MP::Vector< S > > | |
CEnsembleTraits< Scalar > | |
Cflow::EquFace | Face comparator |
►CExtract | |
Cheat::Extractor | Object able to extract scalar results from the model |
Cflow::Face | Common face of two elements |
►CFct0U | |
Cheat::CompiledFct2a | Cfr heat_nl.py (version scalaire) |
►CFct0XYZ | |
Cheat::CompiledFct1a | Cfr heat_vark.py (version scalaire) |
►CFct2U | |
Cheat::CompiledFct2b | Cfr heat_nl.py (version matricielle) |
►CFct2XYZ | |
Cheat::CompiledFct1b | Cfr heat_vark.py (version matricielle) |
Cflow::FreestreamResidual | Formulation of freestream boundary residuals |
Ckatoptron::Graph | Class used to compute and store the graph of the primal matrices with and without overlaps |
►CGroup | |
Ckatoptron::Weight | Class used to specify in Python the different weights used for the computation of the weighted residual of the GMRES |
►CGroup | |
►Cflow::Assign | Manage assign type condition |
Cflow::Dirichlet | Manage Dirchlet boundary condition |
Cflow::Initial | Manage initial condition |
Cflow::Blowing | Manage blowing boundary condition |
Cflow::Freestream | Manage freestream (Neumann) boundary condtion |
Cflow::Medium | Handle fluid medium |
Cheat::Boundary | Boundaries which requires a special treatment (such as prescribed fluxes) |
Cheat::Dirichlet | Manage Dirichlet BC |
Cheat::Medium | Thermal medium (with k, rhoc) |
Cheat::Source | Manage (volumic) heat sources |
Ckatoptron::Contact | Class used to specify in Python the different contact interfaces |
Ckatoptron::Dirichlet | Class used to specify in Python the different Dirichlet boundary conditions (both mechanical and thermal) |
Ckatoptron::Medium | Class used to specify in Python the different media |
Ckatoptron::Neumann | Class used to specify in Python the different Neumann boundary conditions (both mechanical and thermal) |
Ckatoptron::Source | Class used to specify in Python the different volumetric heat sources |
Cmirrors::Medium | Thermomechanical medium |
Cmirrors::MSurface | Manage Mirrors surface |
Cmirrors::TDirichlet | Manage thermal Dirichlet BC |
Cmirrors::TNeumann | Manage thermal von Neumann BC |
Cmirrors::TSource | Manage thermal heat source |
Cmirrors::uDirichlet | Manage mechanical Dirichlet BC |
Cmirrors::uNeumann | Manage mechanical von Neumann BC |
Cwaves::Boundary | Boundaries which requires a special treatment |
Cwaves::Medium | Medium (with a speed of wave) |
Cwaves::Source | Manage the sources |
►CGroups | |
Cflow::Boundary | Handle the boundary of a medium |
Cflow::Kutta | Handle Kutta condition |
Cflow::Wake | Handle wake boundary condition |
Cheat::HeatTerm | Formulation of heat terms |
Cflow::KuttaResidual | Formulation of Kutta residuals |
►Ckatoptron::LinearSolver | Solver class which includes utilities such as timers and VTK writers |
Ckatoptron::IterativeSolver | Solver class where the active set strategy is implemented |
Cflow::LoadFunctional | Formulation of load functional |
Ckatoptron::Loads< scalar > | Class which includes all the loads, boundary conditions, preloads, and weights |
►CLSFunction | |
Cflow::FpeLSFunction | Line search function for Full Potential Equation |
Ckatoptron::Map | Class which includes all the Trilinos maps (Tpetra maps and Xpetra maps) used in the simulation |
Ckatoptron::Material< scalar > | Class which includes all constitutive values of a given material |
Ckatoptron::MaterialsList< scalar > | Class which stores the list of the used materials |
Ckatoptron::Matrices< scalar > | Class which includes all the Trilinos matrices (Tpetra matrices and Xpetra matrices) used in the simulation |
Ckatoptron::NeumannList< scalar > | Class which is used to store the list of the Neumann boundary conditions (BC) |
Cheat::NodePair | |
Ckatoptron::NodesList | Class used to store the node information |
►CObserver | |
►Cflow::F0El | Scalar function to be integrated over an element |
Cflow::F0ElC | Constant function |
Cflow::F0ElCp | Nonlinear pressure coefficient |
Cflow::F0ElCpL | Linear pressure coefficient |
Cflow::F0ElMach | Nonlinear Mach number |
Cflow::F0ElMachL | Linear Mach number (constant) |
Cflow::F0ElRho | Nonlinear density |
Cflow::F0ElRhoL | Linear density (constant) |
►Cflow::F0Ps | Scalar functions depending on spatial position |
Cflow::F0PsPhiInf | Freestream potential |
►Cflow::F1Ct | Constant vector function |
Cflow::F1CtDrag | Drag direction |
Cflow::F1CtLift | Lift direction |
Cflow::F1CtSide | Sideforce direction |
►Cflow::F1El | Vector function to be integrated over an element |
Cflow::F1ElVi | Freestream velocity |
Cflow::PotentialResidual | Formulation of nonlinear potential equation residuals |
Ckatoptron::PreloadList< scalar > | Class which is used to store the list of the preloads |
CRandomField< Scalar, Device > | |
Ckatoptron::RandomVariable | Class containing the realisations of the random Gaussian variables |
Ckatoptron::SourcesList< scalar > | Class which is used to store the list of the volumetric heat sources |
CSpectralApproach< Scalar, Device > | A class that constructs realization(s) of Gaussian or exponential scalar random field based on the spectral approach |
►CStatusTestResNorm | |
CBelos::StatusTestGenResSubNorm< Scalar, Xpetra::MultiVector< Scalar, LocalOrdinal, GlobalOrdinal, Node >, Belos::OperatorT< Xpetra::MultiVector< Scalar, LocalOrdinal, GlobalOrdinal, Node > > > | Template specialization of Belos::StatusTestGenResSubNorm class using the Xpetra::MultiVector and Belos::OperatorT MueLu adapter class |
CBelos::StatusTestWeightedGenResNorm< ScalarType, MV, OP > | An implementation of StatusTestResNorm using a family of weighted residual norms |
Cmirrors::ThermoMecaTerm | Formulation of thermo-mechanical terms |
CtMatrix< T, rows, cols > | |
CtVector< T, rows > | |
Ckatoptron::Vectors< scalar > | Class which includes all the Trilinos vectors (Tpetra vectors and Xpetra vectors) used in the simulation |
CtboxVtk::VtkExport_KIM2CLEAN | Save routines of Kim |
Cflow::WakeResidual | Formulation of wake boundary residuals |
Cwaves::WaveTerm | Formulation of wave terms |
Ckatoptron::WeightsList< scalar > | Class which is used to store the list of the weights used for the residual computation |
►CwObject | |
CDisplayHook | |
Cflow::KuttaElement | Kutta finite element |
Cflow::WakeElement | Kutta element |
Cheat::DisplayHook | Quad element |
Cmirrors::ANSYSSolution | Manage ANSYS Solution |
Cmirrors::Problem | Class containing the problem parameters |
Cmirrors::Solver | Class containing the problem parameters |
Cwaves::DisplayHook | Quad element |
►Cwaves::TimeIntegration | Time integration base class |
Cwaves::ForwardEuler | Simple explicit Forward Euler time integration |
Cwaves::Newmark | Implicit Newmark |
Cwaves::RungeKutta | Explicit Runge Kutta time integration |
►CwSharedObject | |
Cflow::Adjoint | Adjoint solver class |
Cflow::Problem | Manage the problem |
►Cflow::Solver | Base solver class |
Cflow::Newton | Newton solver |
Cflow::Picard | Picard solver |
Cheat::Periodic | Manages periodic BCs |
Cheat::Problem | Class containing the problem parameters |
Cheat::Solver | Heat solver |
Ckatoptron::Problem | Class which is used to specify in Python the thermomechanical to solve |
Cwaves::Problem | Main wave Problem object |