Thermal Analysis Toolkit: 2D Thermal Transport with Temperature-dependent Material Properties

Software
products
OmniTrak (3D charged particle devices) Trak (2D charged particle devices) HiPhi (3D electric fields) Electrostatics Toolkit (2D electric fields) Magnum (3D magnetic fields) Magnet Design Toolkit (2D magnetic fields) GamBet (2D/3D X-ray technology) Xenos (2D/3D X-ray source design) Aether (3D RF & microwave) Electromagnetics Toolkit (2D RF & microwave) HeatWave (3D thermal transport) Thermal Analysis Toolkit (2D thermal transport)
Contact
us
Education &
training
Finite-element tips blog Tutorials and publications Short course, FEM field calculations Example library Instruction manuals and reference materials Introductory videos on solution procedures
Company
information
Instruction manuals and reference materials Customers Consulting projects Contact us Software update log
Home
page

For more information

Download the TDiff instruction manual: tdiff.pdf

Get information on Mesh: mesh.html

Thermal Analysis Toolkit (TK0650)

Function
Dynamic and steady-state thermal transport analysis in solids and biological media with temperature-dependent properties

Description
The Thermal Analysis Toolkit is a comprehensive tool for dynamic or steady-state thermal transport calculations in two-dimensional planar and three-dimensional cylindrical systems.The program uses unique finite-element techniques for high accuracy and numerical stability. TDiff (the main solution engine) handles non-linear calculations with temperature-dependent material properties. The program can model effects of thermal radiation boundaries and blood perfusion (bioheat equation). TDiff can import calculated power densities from WaveSim and GamBet for coupled solutions.

Features

Define up to 250 regions of different materials

Handles materials with temperature-dependent properties.

Records spatial distributions of temperature at specified times.

Define arbitrary variations in time and temperature through flexible tabular functions.

Interactive graphical environment for plots and numerical analyses.

High-stability finite-element methods with automatic time-step optimization.

Records time-dependent temperature and thermal properties at specified locations.

Easy-to-understand instruction manual with a library of read-to-run examples.

One-time purchase price with no continuing license fees: $790.00.

Please contact us for technical information, to arrange a free trial or to discuss how finite-element software can meet your goals.