Specification Chart

Heat Transfer

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Physics Interfaces and Study Types
Electromagnetic Heating
ExpandInduction HeatingYes
ExpandJoule HeatingYes
ExpandMicrowave HeatingYes
Heat Transfer
ExpandBioheat TransferYes
ExpandConjugate Heat TransferYesYes
ExpandHeat Transfer in FluidsYes
ExpandHeat Transfer in Participating MediaYes
ExpandHeat Transfer in Porous MediaYesYesYesYesYesYes
ExpandHeat Transfer in SolidsYes
ExpandHeat Transfer in Thin ShellYes
ExpandHeat Transfer with Surface-to-Surface RadiationYes
ExpandRadiation in Participating MediaYes
ExpandSurface-to-Surface RadiationYes
Boundary Conditions
Axial SymmetryYes
Boundary Heat SourceYes
ContinuityYes
Electrochemical Reaction Heat FluxYesYes
Heat FluxYes
Highly Conductive LayerYes
Inflow Heat FluxYesYes
Open BoundaryYesYes
OutflowYes
Periodic ConditionYes
Prescribed RadiosityYes
Reaction Heat FluxYes
Reradiating SurfaceYes
Surface-to-Ambient Radiation with Surface EmissivityYes
Surface-to-Surface Radiation with Surface EmissivityYes
SymmetryYes
TemperatureYes
Thermal InsulationYes
ExpandConvective Cooling Boundary ConditionYesYes
ExpandRadiation in Participating MediaYes
ExpandThin Conductive ShellYes
ExpandThin Thermally Resistive LayerYesYes
Edge and Point Conditions
Line and Point Heat SourceYes
ExpandThin Conductive ShellYes
External Radiation Source
Directional Radiation Source Yes
Point Radiation Source Yes
Volumetric Domain Properties
1D, 2D, Axisymmetric, and 3D FormulationsYes
Bioheat SourceYes
Geothermal HeatingYes
Heat SourceYes
Heat Sources, Electrochemical Reactions and Joule HeatingYesYes
Heat Transfer in Porous MediaYesYesYesYesYesYes
Infinite Domain Modeling with Infinite ElementsYes
Opaque MaterialYes
Out-of-plane Heat TransferYes
Pressure Work, Conjugate Heat TransferYesYes
Thermal DispersionYesYesYesYesYesYes
Translational MotionYes
Viscous Heating, Conjugate Heat TransferYesYes
Volume Averaging of Material Properties in Porous MediaYes
ExpandRadiation in Participating MediaYes
ExpandThermodynamics for Heat Transfer in FluidsYesYes