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Smith
0.1
Smith is an implicit thermal structural mechanics simulation code.
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A generic class for setting Dirichlet boundary conditions on arbitrary physics. More...
#include <dirichlet_boundary_conditions.hpp>
Public Member Functions | |
| DirichletBoundaryConditions (const mfem::ParMesh &mfem_mesh, mfem::ParFiniteElementSpace &space) | |
| Construct from mfem::ParMesh. | |
| DirichletBoundaryConditions (const Mesh &mesh, mfem::ParFiniteElementSpace &space) | |
| Construct from smith::Mesh. | |
| template<int spatial_dim, typename AppliedDisplacementFunction > | |
| void | setVectorBCs (const Domain &domain, std::vector< int > components, AppliedDisplacementFunction applied_displacement) |
| Specify time and space varying Dirichlet boundary conditions over a domain. More... | |
| template<int spatial_dim, typename AppliedDisplacementFunction > | |
| void | setVectorBCs (const Domain &domain, AppliedDisplacementFunction applied_displacement) |
| This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts. | |
| template<int spatial_dim, typename AppliedDisplacementFunction > | |
| void | setScalarBCs (const Domain &domain, AppliedDisplacementFunction applied_displacement) |
| Specify time and space varying Dirichlet boundary conditions over a domain. More... | |
| template<int spatial_dim> | |
| void | setFixedScalarBCs (const Domain &domain) |
| Constrain the dofs of a scalar field over a domain. | |
| template<int spatial_dim, int field_dim> | |
| void | setFixedVectorBCs (const Domain &domain, std::vector< int > components) |
| Constrain the vector dofs over a domain corresponding to a subset of the vector components. | |
| template<int spatial_dim, int field_dim> | |
| void | setFixedVectorBCs (const Domain &domain, int component) |
| Constrain the dofs of a scalar field over a domain. | |
| template<int spatial_dim, int field_dim = spatial_dim> | |
| void | setFixedVectorBCs (const Domain &domain) |
| Constrain all the vector dofs over a domain. | |
| const smith::BoundaryConditionManager & | getBoundaryConditionManager () const |
| Return the smith BoundaryConditionManager. | |
A generic class for setting Dirichlet boundary conditions on arbitrary physics.
Definition at line 22 of file dirichlet_boundary_conditions.hpp.
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inline |
Specify time and space varying Dirichlet boundary conditions over a domain.
| domain | All dofs in this domain have boundary conditions applied to it. |
| applied_displacement | applied_displacement is a functor which takes time, and a smith::tensor<double,spatial_dim> corresponding to the spatial coordinate. The functor must return a double. For example: [](double t, smith::tensor<double, dim> X) { return 1.0; } |
Definition at line 79 of file dirichlet_boundary_conditions.hpp.
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inline |
Specify time and space varying Dirichlet boundary conditions over a domain.
| domain | All dofs in this domain have boundary conditions applied to it. |
| components | vectors of computents. The applied_displacement function returns the full vector, this specifies which subset of those should have dirichlet boundary conditions applied. direction to apply boundary condition to if the underlying field is a vector-field. |
| applied_displacement | applied_displacement is a functor which takes time, and a smith::tensor<double,spatial_dim> corresponding to the spatial coordinate. The functor must return a smith::Tensor<double,field_dim>, where field_dim is the dimension of the vector space for the field. For example: [](double t, smith::tensor<double, dim> X) { return smith::tensor<double,2>{}; } |
Definition at line 40 of file dirichlet_boundary_conditions.hpp.
1.9.1