MOOSE Framework Electromagnetics (EM) Module

INL Software; Casey Icenhour; Alexander Lindsay

MOOSE Framework Electromagnetics (EM) Module

INL Software (Photographer)
, Casey Icenhour (Developer)
, Alexander Lindsay (Developer)

Research output: Non-textual form › Software

Abstract

The MOOSE Framework Electromagnetics (EM) Module provides general EM simulation capabilities for the MOOSE ecosystem. The EM Module solves Maxwell's equations in a Helmholtz wave equation form for electric and magnetic fields in multi-dimensional scenarios, with boundary and interface conditions for wave launching, reflection/transmission, wave absorption, and generic electrostatic contact as well as current density point and volumetric sources.

Original language	American English
State	Published - 2020

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@misc{a0509be9be074a869b65d18e54d9fb76,

title = "MOOSE Framework Electromagnetics (EM) Module",

abstract = "The MOOSE Framework Electromagnetics (EM) Module provides general EM simulation capabilities for the MOOSE ecosystem. The EM Module solves Maxwell's equations in a Helmholtz wave equation form for electric and magnetic fields in multi-dimensional scenarios, with boundary and interface conditions for wave launching, reflection/transmission, wave absorption, and generic electrostatic contact as well as current density point and volumetric sources.",

author = "\{INL Software\} and Casey Icenhour and Alexander Lindsay",

year = "2020",

language = "American English",

}

TY - ADVS

T1 - MOOSE Framework Electromagnetics (EM) Module

A2 - INL Software

A2 - Icenhour, Casey

A2 - Lindsay, Alexander

PY - 2020

Y1 - 2020

N2 - The MOOSE Framework Electromagnetics (EM) Module provides general EM simulation capabilities for the MOOSE ecosystem. The EM Module solves Maxwell's equations in a Helmholtz wave equation form for electric and magnetic fields in multi-dimensional scenarios, with boundary and interface conditions for wave launching, reflection/transmission, wave absorption, and generic electrostatic contact as well as current density point and volumetric sources.

AB - The MOOSE Framework Electromagnetics (EM) Module provides general EM simulation capabilities for the MOOSE ecosystem. The EM Module solves Maxwell's equations in a Helmholtz wave equation form for electric and magnetic fields in multi-dimensional scenarios, with boundary and interface conditions for wave launching, reflection/transmission, wave absorption, and generic electrostatic contact as well as current density point and volumetric sources.

M3 - Software

ER -

MOOSE Framework Electromagnetics (EM) Module

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