Electromagnetic model object
ElectromagneticModel object contains
information about an electromagnetic analysis problem: the geometry, material properties,
electromagnetic sources, boundary conditions, and mesh.
To create a
ElectromagneticModel object, use the
createpde function and specify
'electromagnetic' as its first
AnalysisType— Type of electromagnetic analysis
Type of electromagnetic analysis, returned as
Geometry— Geometry description
Geometry description, returned as an
MaterialProperties— Material properties within domain
Material properties within the domain, returned as an object containing the material property assignments.
Sources— Electromagnetic sources within the domain or subdomain
Electromagnetic source within the domain or subdomain, returned as an object containing electromagnetic source assignments.
BoundaryConditions— Boundary conditions applied to geometry
Boundary conditions applied to the geometry, returned as an object containing the boundary condition assignments.
VacuumPermittivity— Permittivity of vacuum for entire model
Permittivity of vacuum for the entire model, returned as a number. This value must be consistent with the units of the model. If the model parameters are in the SI system of units, then the permittivity of vacuum must be 8.8541878128E-12.
VacuumPermeability— Permeability of vacuum for entire model
Permeability of vacuum for the entire model, returned as a number. This value must be consistent with the units of the model. If the model parameters are in the SI system of units, then the permeability of vacuum must be 1.2566370614E-6.
SolverOptions— Algorithm options for PDE solvers
Algorithm options for the PDE solvers, returned as a
PDESolverOptions object. The properties of a
PDESolverOptions object include absolute and relative tolerances
for internal ODE solvers, maximum solver iterations, and so on. For details, see
|Create 2-D geometry from decomposed geometry matrix|
|Create 2-D or 3-D geometry from mesh|
|Import 2-D or 3-D geometry from STL data|
|Create triangular or tetrahedral mesh|
|Assign properties of material for electromagnetic model|
|Specify current density or charge density for electromagnetic model|
|Apply boundary conditions to electromagnetic model|
|Solve heat transfer, structural analysis, or electromagnetic analysis problem|
Create a model for electrostatic analysis.
emagE = createpde('electromagnetic','electrostatic')
emagE = ElectromagneticModel with properties: AnalysisType: 'electrostatic' Geometry:  MaterialProperties:  Sources:  BoundaryConditions:  VacuumPermittivity:  Mesh: 
Create an axisymmetric model for magnetostatic analysis. An axisymmetric model simplifies a 3-D problem to a 2-D problem using symmetry around the axis of rotation.
emagMA = createpde('electromagnetic','magnetostatic-axisymmetric')
emagMA = ElectromagneticModel with properties: AnalysisType: 'magnetostatic-axisymmetric' Geometry:  MaterialProperties:  Sources:  BoundaryConditions:  VacuumPermeability:  Mesh: