Thin Conductive Layer (Heat Transfer in Thin Shells Interface)
This node adds the heat equation for conductive heat transfer in shells (see Equation 4-50).
Heat Conduction, Solid
By default the Thermal conductivity k uses values From material. For User defined select Isotropic, Diagonal, Symmetric, or Anisotropic based on the characteristics of the thermal conductivity and enter other values or expressions in the field or matrix.
Thermodynamics, Solid
Specify the Density ρ and the Heat capacity at constant pressure Cp to describe the amount of heat energy required to produce a unit temperature change in a unit mass. The default settings use values From material for both. See Material Density in Features Defined on the Material Frame if a temperature-dependent density should be set. For User defined enter other values or expressions.
Disk-Stack Heat Sink: Application Library path Heat_Transfer_Module/Thermal_Contact_and_Friction/disk_stack_heat_sink
Location in User Interface
Context menus
Heat Transfer in Thin Shells>Thin Conductive Layer
Ribbon
Physics Tab with Heat Transfer in Thin Shells selected:
Boundaries>Heat Transfer in Thin Shells>Thin Conductive Layer