The Heat Transfer Module Interfaces
The Heat Transfer Module includes several physics interfaces used to compute the temperature field, the radiative intensity field, or the relative humidity field:
Table 5-1: The Heat Transfer Module Interfaces
Interface
Tag
Versions
Heat Transfer
ht
Heat Transfer in Solids
Heat Transfer in Fluids
Heat Transfer in Solids and Fluids
Bioheat Transfer
Heat Transfer in Porous Media
Heat Transfer in Building Materials
Heat Transfer in Moist Air
Heat Transfer in Shells
htlsh
Heat Transfer in Shells
Heat Transfer in Films
Heat Transfer in Fractures
Surface-to-Surface Radiation
rad
Surface-to-Surface Radiation
Radiation in Participating Media
rpm
Radiation in Participating Media
Radiation in Absorbing-Scattering Media
rasm
Radiation in Absorbing-Scattering Media
Radiative Beam in Absorbing Media
rbam
Radiative Beam in Absorbing Media
Moisture Transport
mt
Moisture Transport in Air
Moisture Transport in Building Materials
See also The Heat Transfer in Pipes Interface (htp) in the Pipe Flow Module User’s Guide.
In this chapter:
•
About the Heat Transfer Interfaces
•
The Heat Transfer in Solids Interface
•
The Heat Transfer in Fluids Interface
•
The Heat Transfer in Solids and Fluids Interface
•
The Heat Transfer in Porous Media Interface
•
The Heat Transfer in Building Materials Interface
•
The Heat Transfer in Moist Air Interface
•
The Bioheat Transfer Interface
•
The Heat Transfer in Shells Interface
•
The Heat Transfer in Films Interface
•
The Heat Transfer in Fractures Interface
•
The Surface-to-Surface Radiation Interface
•
The Radiation in Participating Media Interface
•
The Radiation in Absorbing-Scattering Media Interface
•
The Radiative Beam in Absorbing Media Interface
•
The Moisture Transport in Building Materials Interface
•
The Moisture Transport in Air Interface
See also the Multiphysics Interfaces.