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Thermal Solver
Contains thermal solver related guides, such as the TMG reference manual, thermal API guide, and error message list.
Thermal solver API guide
Allows you to create or add functionality to enhance the thermal solver capabilities.
User written subroutines
This section describes two types of user-written subroutines.
Interacting with the thermal solver
Add conductances

Thermal Solver
Contains thermal solver related guides, such as the TMG reference manual, thermal API guide, and error message list.
- Thermal solver guides
  Maya HTT's thermal solver is included in Simcenter 3D and in Simcenter Femap. This page contains links to thermal solver guides, which help you understand how the thermal solver works.
- Thermal solver theory
  Describes the theory and methods of the thermal solver.
- Thermal solver API guide
  Allows you to create or add functionality to enhance the thermal solver capabilities.
  - Introduction
  - Supported compilers
  - User written subroutines
    This section describes two types of user-written subroutines.
    - USER1 subroutine
    - Interacting with the thermal solver
      - Accessing elements
      - Accessing element properties and geometry
      - Modifying thermal data
      - Getting user values
      - Add conductances
      - Access to files
        You can access all files from USER1. The following table lists file pre-assigned numbers.
    - USERF subroutine
    - Specific examples
    - Subroutine and function definitions
    - Compiling, linking, and debugging
  - Plugin functions in expressions

Add conductances

The procedure for adding conductances to a model is:

Ensure that the thermal solver input file contains the line: PARAM ADDUSRCOND 1.
Wait for USER1 to be called with KODE=5, this occurs very early in the solution process.
Define an array to define conductances and an array to hold the values.
Call subroutine ADDCOND.