Target Temperature and Target Temperature Change

Use the Target Temperature modeling object or the Target Temperature Change modeling object to end a transient analysis based on a specified temperature or temperature change for selected thermal elements.

To perform a temperature stabilization analysis on a region, you can select one of the following options from the End list on the Transient Setup page in the Solution dialog box.

• Based on Temperature ends the transient thermal analysis based on the temperature targets that you specify for one or more selection of elements. The first selection that reaches its target value ends the analysis. You select either a predefined group of the elements or the elements' associated geometry to select the elements, and set the target temperature in the Target Temperature modeling object.

• Based on Temperature Change ends the transient thermal analysis based on the temperature variation targets that you specify for one or more selection of elements. The first selection that reaches its target value ends the analysis. You select either a predefined group of the elements or the elements' associated geometry to select the elements, and set the target temperature change in the Target Temperature Change modeling object.

You can define multiple modeling objects of the same type in your solution.

Where do I find it?

Application	Pre/Post
Command Finder	Modeling Objects
Location in dialog box	Type list→Target Temperature or Target Temperature Change→Create

How do I

Define Advanced Parameters

Define Generic Entities

Learn more

Solution options

Understanding thermostat options for steady state analyses

Thermal initial conditions

3D flow initial conditions

Understanding ambient conditions

Joining fluid meshes

Understanding the turbulence models

Understanding out-of-bound options for time-dependent tables

Setting turbulence scale values

Turbulence Characteristics

Including additional input files for thermal analysis

Restarting a solution

Understanding time-varying time step

Solving the model

Look up more details

LES — Large Eddy Simulation

Adaptive time stepping method

Parallel flow solver schemes

Computed quantities for multiple convective BCs

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Command reference

Pre/Post video examples

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Simcenter 3D tutorials

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Simcenter 3D Thermal/Flow, Electronic Systems Cooling, and Space Systems Thermal boundary conditions

Target Temperature and Target Temperature Change, Simcenter 3D 2021.1 Series

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