Heat Transfer - Specification Chart -

Physics Interfaces and Study Types

Bioheat Transfer

Heat Transfer in Fluids

Heat Transfer in Packed Beds

Heat Transfer in Pipes

Heat Transfer in Porous Media

Heat Transfer in Solids

Heat Transfer in Solids and Fluids

Local Thermal Nonequilibrium

Lumped Thermal System

Curing

Curing reaction

Metal Processing

Alpha-Beta Phase Transformation

Austenite Decomposition

Carburization

Metal Phase Transformation

Radiation

Orbital Thermal Loads

Radiation in Absorbing-Scattering Media

Radiation in Participating Media

Radiative Beam in Absorbing Media

Surface-to-Surface Radiation

Thin Structures

Heat Transfer in Films

Heat Transfer in Fractures

Heat Transfer in Shells

Ambient Properties

User defined conditions

Time-dependent climate data for 6000+ stations (ASHRAE 2013)

Time-dependent climate data for about 8000 stations (ASHRAE 2017)

Time-dependent climate data for about 8500 stations (ASHRAE 2021)

Lumped Thermal System

Single Node Devices

External Terminal

Heat Rate

Radiative Heat Rate

Temperature

Thermal Mass

Subsystem

Subsystem Definition

Subsystem Instance

Two Nodes Devices

Conductive Thermal Resistor

Convective Thermal Resistor

Heat Pipe

Heat Rate Source

Nucleate Boiling Heat Rate

Radiative Thermal Resistor

Thermal Capacitor

Thermoelectric Module

Material Library

Bioheat

Building

Liquids and Gases

Thermoelectric

Orbital Thermal Loads¹

Events Timeline

Ground Pointing

Implicit Event

Orbital Parameters

Planet Properties

Spacecraft Axes

Spacecraft Orientation

Sun Properties

Predefined Multiphysics Interfaces

Conjugate Heat Transfer

Heat and Moisture Flow

Heat and Moisture Transport

Heat Transfer with Orbital Thermal Loads

Heat Transfer with Phase Transformations

Heat Transfer with Radiation in Absorbing-Scattering Media

Heat Transfer with Radiation in Participating Media

Heat Transfer with Radiative Beam in Absorbing Media

Heat Transfer with Surface-to-Surface Radiation

Induction Heating

Joule Heating

Laser Heating

Microwave Heating

Pyroelectricity

Ray Heating

Steel Quenching

Thermoelectric Effect

Radiation in Absorbing-Scattering Media Features

Absorbing-Scattering Medium

Continuity on Interior Boundary

Discrete Ordinates Method

Henyey-Greenstein phase function

Incident Intensity

Isotropic, Linear Anisotropic, and Nonlinear Anisotropic Scattering

Opaque Surface

P1-Approximation

Periodic Condition

Radiative Source

Semitransparent Surface

Radiation in Participating Media Features

Continuity on Interior Boundary

Discrete Ordinates Method

Henyey-Greenstein phase function

Incident Intensity

Isotropic, Linear Anisotropic, and Nonlinear Anisotropic Scattering

Opaque Surface

P1-Approximation

Participating Medium

Periodic Condition

Radiative Source

Semitransparent Surface

Radiative Beam in Absorbing Media

Absorbing Medium

Incident Intensity

Opaque Surface

Transparent Surface

Surface-to-Surface Radiation Features

Diffuse Mirror

Diffuse Surface

Directional Dependent Properties

Domain Opacity

Fluence Rate Calculation

Opaque Surface, Diffuse-Specular

Prescribed Radiosity

Semi-Transparent Surface

Wavelength-dependent Properties

External Radiation Source

Symmetry

View Factor Computation Method

Thermal Boundary Conditions

Axial Symmetry

Boundary Heat Source

Deposited Beam Power

Heat Continuity

Inflow

Lumped System Connector

Marangoni effect (multiphysics coupling)

Open Boundary

Outflow

Periodic Heat Condition

Phase Change Interface

Phase Change Interface, Exterior

Surface-to-Ambient Radiation

Symmetry

Temperature

Thermal Connection

Thermal Connection, Surfaces

Thermal Insulation

Thermal Wall Functions, High Viscous Dissipation at Wall

Thermal Wall Functions, Standard

Heat Transfer in Thin Structures

Fracture

Heat Flux

Isothermal Domain Interface

Thermal Contact

Thin Film

Thin Layer

Thermal Edge and Point Conditions

Thermal Connection, Edges

Thermal Insulation, Edge

Thin Rod

Heat Transfer in Thin Structures

Line and Point Heat Source

Thin Layer, Thin Film and Fracture

Wall Heat Transfer for Heat Transfer in Pipes

Thermal Volumetric Domain Properties

Battery Layers

Building Material

Heat Source

Heat Sources, Electrochemical Reactions and Joule Heating

Infinite Domain Modeling with Infinite Elements

Isothermal Domain

Optically Thick Participating Medium, Rosseland approximation

Out-of-plane Heat Transfer

Pressure Work

Shape Memory Alloy²

Solid with Translational Motion

Thermoelastic Damping

Viscous Dissipation

Biological Tissue

Fluid

Irreversible Transformation

Moist Air

Moist Porous Medium

Porous Medium

Solid

Thermodynamics for Heat Transfer in Fluids

Gas/Liquid

Ideal Gas

All Surface-to-surface Radiation Features are available in Orbital Thermal Loads
Requires all indicated products