| Cb2000::AlaNonlinearSolver | |
| Cb2000::Allocator | |
| Cb2000::auto_ptr_array< _Tp > | |
| Cb2000::b2dbv3::BranchProperty | |
| Cb2000::b2dbv3::CaseAttributeList | |
| Cb2000::b2dbv3::DomainProperty | |
| Cb2000::b2dbv3::ElasticityHelper< T > | |
| Cb2000::b2dbv3::ElasticityHelper2D< T > | |
| Cb2000::b2dbv3::ElasticityHelperShellResultants< T > | |
| Cb2000::b2dbv3::LayerData< T > | |
| Cb2000::b2linalg::B2MUMPS_STRUC< T > | |
| Cb2000::b2linalg::Matrix< T, Mcompressed_col_update_inv_ext > | |
| Cb2000::b2linalg::Matrix< T, Msym_compressed_col_update_inv_ext > | |
| ▼Cb2000::b2linalg::MUMPS_LDLt_seq_sparse_direct_solver< T > | Implementation of the LDLt sparse solver interface with MUMPS |
| Cb2000::b2linalg::MUMPS_LDLt_seq_extension_sparse_direct_solver< T > | Implementation of the LDLt extension sparse solver interface with MUMPS |
| ▼Cb2000::b2linalg::MUMPS_LU_seq_sparse_direct_solver< T > | Implementation of the LU sparse solver interface with MUMPS |
| Cb2000::b2linalg::MUMPS_LU_seq_extension_sparse_direct_solver< T > | Implementation of the LU extension sparse solver interface with MUMPS |
| Cb2000::b2linalg::TemporaryBuffer< T > | |
| Cb2000::b2Mutex | A dummy mutex for serial exeuction |
| Cb2000::b2spin_rw_mutex | A dummy rw mutex for serial exeuction |
| Cb2000::cli | Class to describe the command line interface for b2000 |
| ▼Cb2000::cmdline::CmdArgBase | |
| Cb2000::cmdline::CmdArg< T > | |
| ▼Cb2000::cmdline::CmdArgListBase | |
| Cb2000::cmdline::CmdArgList< T > | |
| Cb2000::cmdline::CmdLine | |
| ▼Cb2000::cmdline::CmdOptBase | |
| Cb2000::cmdline::CmdOpt< bool > | |
| Cb2000::cmdline::CmdOpt< int > | |
| Cb2000::cmdline::CmdOpt< T > | |
| Cb2000::cmdline::CmdOptDictionary | |
| Cb2000::cmdline::CmdOptList< T > | |
| Cb2000::cmdline::CmdOptRTable | |
| Cb2000::ComputeOverlayingSurfaceMeshes< G_DCEL_MESH, B_DCEL_MESH > | |
| Cb2000::ComputeOverlayingSurfaceMeshes< G_DCEL_MESH, B_DCEL_MESH >::OverlayingMeshIterator | |
| Cb2000::DataBase | The object associated with the B2000++ database |
| Cb2000::DataBase::ArrayTableCol | A column in an array table dataset |
| Cb2000::DBSlice | |
| Cb2000::Domain::AdjacentElement | |
| Cb2000::Domain::ElementIterator | |
| Cb2000::Domain::NodeIterator | |
| Cb2000::Element::iterator | |
| Cb2000::Element::Tetrahedral | |
| Cb2000::Element::Triangle | |
| Cb2000::EquilibriumSolution | |
| ▼Cb2000::Exception | |
| Cb2000::GenericException< SingularMatrixError_name > | |
| Cb2000::GenericException< NAME > | |
| Cb2000::Exception::Throw | |
| Cb2000::Exception::Warning | |
| Cb2000::GradientContainer::FieldDescription | |
| Cb2000::GradientContainer::InternalElementPosition | |
| Cb2000::logging::DBName | |
| Cb2000::logging::Logger | |
| Cb2000::LooseCoupling | |
| Cb2000::MemcomTypeName< T > | |
| Cb2000::MultiRegionCoupling | Implements multi-region fluid-structure coupling |
| Cb2000::NBC_FSI< LOOSE_COUPLING > | |
| ▼Cb2000::Object | |
| Cb2000::CaseList | |
| ►Cb2000::DegreesOfFreedom | |
| ►Cb2000::Element | Defines the complete interface for Element instances (C++ representations of Finite Elements) |
| ►Cb2000::TypedElement< double > | |
| Cb2000::ElementCFD3DField< SHAPE, EULER > | |
| Cb2000::ElementCFDHeat2DFieldL2Constant< FLUX, AXISYMMETRIC > | |
| Cb2000::TypedElement< TP > | |
| Cb2000::TypedElement< std::complex< double > > | |
| ►Cb2000::TypedElement< T > | |
| Cb2000::SuperElement< T, MATRIX_TYPE > | |
| Cb2000::Node | |
| ►Cb2000::Dictionary | |
| ►Cb2000::AttributeList | |
| Cb2000::Case | |
| Cb2000::cmdline::CmdOptDictionary | |
| ►Cb2000::Domain | |
| Cb2000::b2dbv3::Domain | A in-core implementation of the b2dbv3::Domain. All the Element, Node and ElementProperty objects are loaded in memory at theInitialisation of the object with the database |
| ►Cb2000::ElementProperty | |
| Cb2000::BushingMaterial | |
| Cb2000::ContactMechanics | |
| ►Cb2000::FortranElementProperty | |
| ►Cb2000::b2dbv3::FortranElementProperty | |
| ►Cb2000::b2dbv3::ElementPropertyStressExample25D | This is the ElementProperty class that is used by shell elements |
| Cb2000::b2dbv3::ElementPropertyStressExample | |
| ►Cb2000::b2dbv3::ElementPropertyStressExample3D | This is the ElementProperty class that is used by 3D elements |
| Cb2000::b2dbv3::ElementPropertyStressExample | |
| ►Cb2000::HeatMaterial | |
| Cb2000::HeatMaterial2D | |
| Cb2000::HeatMaterial3D | |
| ►Cb2000::SolidMechanics | The base class of the material API for use by stress elements |
| ►Cb2000::SolidMechanics25D< double > | |
| Cb2000::b2dbv3::ElementPropertyStressExample25D | This is the ElementProperty class that is used by shell elements |
| Cb2000::SolidMechanics25D< b2000::csda< double > > | |
| Cb2000::SolidMechanics25D< TP > | |
| Cb2000::SolidMechanics2D< double > | |
| ►Cb2000::SolidMechanics3D< double > | |
| Cb2000::b2dbv3::ElementPropertyStressExample3D | This is the ElementProperty class that is used by 3D elements |
| Cb2000::SolidMechanicsRod< double > | |
| Cb2000::SolidMechanics25D< T > | |
| Cb2000::SolidMechanics2D< T > | |
| Cb2000::SolidMechanics3D< T > | |
| Cb2000::SolidMechanicsRod< T > | The base class of the material API for rod elements |
| Cb2000::SuperElementProperty | |
| ►Cb2000::EssentialBoundaryCondition | |
| Cb2000::TypedEssentialBoundaryCondition< T > | |
| Cb2000::Field< T > | |
| Cb2000::GradientContainer | |
| ►Cb2000::InitialCondition | |
| Cb2000::TypedInitialCondition< T > | |
| ►Cb2000::Model | |
| Cb2000::b2dbv3::Model | |
| ►Cb2000::ModelReductionBoundaryCondition | |
| Cb2000::TypedModelReductionBoundaryCondition< T > | |
| ►Cb2000::NaturalBoundaryCondition | |
| Cb2000::TypedNaturalBoundaryCondition< T, MATRIX_TYPE > | |
| Cb2000::Solution | |
| ►Cb2000::Solver | A Solver instance executes an FE analysis. It is created and initialized by the Model instance and, using the Model, it obtains the Domain, IntialCondition, BoundaryCondition, etc. objects appropriate for the specified load case |
| Cb2000::solver::FreeVibrationSolver< T, MATRIX_FORMAT > | A solver to find free vibrations of a system |
| ►Cb2000::solver::StaticLinearSolver< T, MATRIX_FORMAT > | |
| Cb2000::solver::StaticLinearPRefinementSolver< T, MATRIX_FORMAT > | |
| Cb2000::SolverHints | |
| Cb2000::b2dbv3::FailureCriterion | |
| ►Cb2000::b2dbv3::MaterialProperty | |
| Cb2000::b2dbv3::LaminateProperty | |
| ►Cb2000::solver::TimeIntegrator< T > | Interface definition for performing time steps |
| Cb2000::solver::NewmarkIntegrator< T > | One-step (and direct) method, either implicit or explicit. Scheme parameters determine stability and convergence. Default values are: (aka trapezoidal rule, 2nd order accurate) beta == 0.25 (beta deternubes stability), gamma == 0.5 (gamma determines accuracy) |
| ▼Cb2000::ObjectType | |
| Cb2000::ObjectTypeComplete< OBJECT, BASE_OBJECT_TYPE > | |
| Cb2000::ObjectTypeIncomplete< OBJECT, BASE_OBJECT_TYPE > | |
| Cb2000::Point< T > | |
| Cb2000::RData | |
| Cb2000::RightStretchTensor_3_3 | |
| ▼Cb2000::RTable | |
| Cb2000::cmdline::CmdOptRTable | |
| Cb2000::SetName | MemCom dataset names according to the B2000++ conventions |
| ▼Cb2000::Sha1NonlinearSolver | |
| Cb2000::Sha2NonlinearSolver | |
| Cb2000::StringList | |
| Cb2000::Timing | |
| Cb2000::Transformation3D< T > | |
| Cb2000::VolumeSplineCoupling | |
| ▼Cb2utest::test_setup | |
| Cb2utest::ScordelisLo | |
| Cb2utest::SimpleTension | |
| CTempdir | |
| Cb2000::Transformation3D< b2000::csda< double > > | |
| Cb2000::Transformation3D< double > | |
1.9.8