Heat Transfer PDEs and Boundary Conditions
TopicOverview »
Heat transfer is a discipline of thermal engineering that is concerned with the movement of energy. The driving force behind a heat transfer is temperature differences.
Functions
HeatTransferPDEComponent — model conservative and non-conservative heat transfer
HeatFluxValue — model heat flow through a boundary
HeatInsulationValue — model thermal insulation
HeatOutflowValue — model a heat outlet
HeatRadiationValue — model heating or cooling through radiation
HeatSymmetryValue — model a boundary with mirror symmetry
HeatTemperatureCondition — set a specific temperature on the boundary
HeatTransferValue — model a cooling or heating flow
Monographs
Heat Transfer — monograph about modeling heat transfer
Heat Transfer Model Verification — test suite with heat transfer model verification
Models
Buoyancy Driven Flow — model a flow induced by a temperature difference
Disc Brake — model heat and thermal expansion in a disc brake
Heat Exchanger — model a heat exchanger
Joule Heating — model Joule heating
Laser Welding — model laser welding
Multilayer Sphere — model heat transfer in a multi-material sphere
Passive Dew Condenser — model a passive dew condenser with meteorological data
Shrink Fitting — model shrink fitting
Thermal Contact — model a thermal contact
Thermal Decomposition — model a chemical reaction where heat is a reactant
Thermal Load — model the effect of temperature on a structure
Tubular Reactor — model the effect of temperature on a structure
Models Overview
Comparative overview of the heat transfer models.
More examples for boundary conditions can be found on the respective reference pages.