Electromagnetic PDEs and Boundary Conditions

Topic
Overview  »

Electromagnetics is the field of physics that models electrical and magnetic fields and their interaction.

Functions

ElectrostaticPDEComponent — model electrostatics

ElectricCurrentPDEComponent — model electric currents

ElectricPotentialCondition — specify an electric potential on a boundary

ElectricFluxDensityValue — specify a flux density value on a boundary

ElectricCurrentDensityValue — specify a current density value on a boundary

ElectricSymmetryValue — model a boundary with mirror symmetry

MagnetostaticPDEComponent — model permanent magnets

MagneticPDEComponent — model quasistatic magnetic fields

MagneticPotentialCondition — specify a magnetic potential on a boundary

MagneticFluxDensityValue — specify a flux density value on a boundary

MagneticSymmetryValue — model a boundary with mirror symmetry

Monographs

Electromagnetics Overview — monograph about modeling electromagnetics

Electrostatics — monograph about modeling electrostatics

Electric currents — monograph about modeling direct and alternating currents

Magnetostatics for Permanent Magnets — monograph about modeling magnetostatics of permanent magnets

Quasistatic Magnetic Fields — monograph about modeling quasistatic magnetic fields

Models

Electrostatically Actuated MEMS — model micro-electromechanical system

Inductive Heating — model inductive heating

Joule Heating — model Joule heating

Multiple-Aperture Vector Diffraction — model diffraction with multiple apertures

Single-Aperture Scalar Diffraction — model diffraction with a single aperture

Spherical Capacitor — model a spherical capacitor