Feature Nodes for the Heat Transfer in Porous Media Interface
This section details the nodes available with The Heat Transfer in Porous Media Interface with default settings:
•
Domain Nodes for the Heat Transfer in Porous Media Interface
•
Boundary Nodes for the Heat Transfer in Porous Media Interface
•
Edge Nodes for the Heat Transfer in Porous Media Interface
•
Point Nodes for the Heat Transfer in Porous Media Interface
Some nodes are only available with some COMSOL products.
For a detailed overview of the functionality available in each product, visit http://www.comsol.com/products/specifications/
Domain Nodes for the Heat Transfer in Porous Media Interface
The Heat Transfer in Porous Media Interface has the following domain nodes:
•
Biological Tissue
•
Building Material
•
Convectively Enhanced Conductivity
•
Cross Section
•
Fluid
•
Geothermal Heating
•
Heat Source
•
Immobile Fluids
•
Initial Values
•
Irreversible Transformation
•
Moist Air (HT Interface)
•
Optically Thick Participating Medium
•
Out-of-Plane Heat Flux
•
Out-of-Plane Radiation
•
Phase Change Material
•
Porous Medium
•
Pressure Work
•
Shape Memory Alloy
•
Solid
•
Thermal Dispersion
•
Thermoelastic Damping
•
Thickness
•
Translational Motion
•
Viscous Dissipation
Set the Porous matrix model to Extended to make the Geothermal Heating and Immobile Fluids subnodes available.
Boundary Nodes for the Heat Transfer in Porous Media Interface
The Heat Transfer in Porous Media Interface has the following boundary nodes:
•
Boundary Heat Source
•
Continuity (Radiation in Participating Medium and Radiation in Absorbing-Scattering Medium Interfaces)
•
Deposited Beam Power
•
External Temperature (Thin Layer, Thin Film, Fracture)
•
Fracture (Heat Transfer Interface) and Porous Medium (Heat Transfer in Shells Interface)
•
Heat Flux
•
Heat Source (Thin Layer, Thin Film, Fracture)
•
Inflow
•
Line Heat Source on Axis
•
Lumped System Connector
•
Open Boundary
•
Outflow
•
Periodic Condition (Heat Transfer Interface)
•
Surface-to-Ambient Radiation (Heat Transfer Interface)
•
Symmetry (Heat Transfer Interface)
•
Temperature
•
Thermal Contact
•
Thermal Insulation
•
Thin Film (Heat Transfer Interface) and Fluid (Heat Transfer in Shells Interface)
•
Thin Layer (Heat Transfer Interface) and Solid (Heat Transfer in Shells Interface)
Edge Nodes for the Heat Transfer in Porous Media Interface
The Heat Transfer in Porous Media Interface has the following edge nodes (for 3D components only):
•
Heat Flux (Thin Layer, Thin Film, Fracture)
•
Line Heat Source
•
Shell Continuity (Heat Transfer Interface) and Continuity (Heat Transfer in Shells Interface)
•
Surface-to-Ambient Radiation (Thin Layer, Thin Film, Fracture, and Heat Transfer in Shells Interface)
•
Temperature (Thin Layer, Thin Film, Fracture, and Heat Transfer in Shells)
•
Thin Rod
Point Nodes for the Heat Transfer in Porous Media Interface
The Heat Transfer in Porous Media Interface has the following point nodes:
•
Point Heat Flux (Thin Rod)
•
Point Heat Source
•
Point Heat Source on Axis
•
Surface-to-Ambient Radiation (Thin Rod)
•
Temperature (Thin Rod)
More nodes are available with more advanced settings. For the complete list of nodes available see Domain Features, Boundary Features, Edge Features, Point Features, and Global Features.
Select the Isothermal domain check box to make the Isothermal Domain and Isothermal Domain Interface nodes available.