Feature Nodes for the Heat Transfer in Films Interface
This section details the nodes available with
The Heat Transfer in Films Interface
with default settings:
•
Boundary Nodes for the Heat Transfer in Films Interface
•
Boundary Interface Nodes for the Heat Transfer in Films Interface
•
Edge Nodes for the Heat Transfer in Films Interface
Some nodes are only available with some COMSOL products.
For a detailed overview of the functionality available in each product, visit
https://www.comsol.com/products/specifications/
The Heat Transfer in Films Interface
does not have any domain node, as it can be applied only on boundaries.
Boundary Nodes for the Heat Transfer in Films Interface
The Heat Transfer in Films Interface
has the following boundary nodes:
•
Heat Source (Heat Transfer in Shells Interface)
•
Initial Values (Thin Layer, Thin Film, Fracture, and Heat Transfer in Shells Interface)
•
Thin Film (Heat Transfer Interface) and Fluid (Heat Transfer in Shells Interface)
•
Thin Layer (Heat Transfer Interface) and Solid (Heat Transfer in Shells Interface)
Boundary Interface Nodes for the Heat Transfer in Films Interface
The Heat Transfer in Films Interface
has the following boundary interface nodes:
•
Deposited Beam Power, Interface (Heat Transfer in Shells Interface)
•
Heat Flux, Interface (Heat Transfer in Shells Interface)
•
Heat Source, Interface (Heat Transfer in Shells Interface)
•
Lumped System Connector, Interface (Heat Transfer in Shells Interface)
•
Surface-to-Ambient Radiation, Interface (Heat Transfer in Shells Interface)
•
Temperature, Interface (Heat Transfer in Shells Interface)
•
Thermal Contact, Interface (Heat Transfer in Shells Interface)
Edge Nodes for the Heat Transfer in Films Interface
The Heat Transfer in Films Interface
has the following edge nodes:
•
Heat Flux (Heat Transfer in Shells Interface)
•
Heat Source (Heat Transfer in Shells Interface)
•
Heat Flux (Heat Transfer in Shells Interface)
•
Lumped System Connector (Heat Transfer in Shells Interface)
•
Surface-to-Ambient Radiation (Thin Layer, Thin Film, Fracture, and Heat Transfer in Shells Interface)
•
Symmetry (Thin Layer, Thin Film, Fracture, and Heat Transfer in Shells Interface)
•
Temperature (Thin Layer, Thin Film, Fracture, and Heat Transfer in Shells Interface)
•
Thermal Insulation (Thin Layer, Thin Film, Fracture, and Heat Transfer in Shells Interface)
