Thermal transport in solids and biological media with temperature- dependent properties.
TDiff determines dynamic or steady-state thermal transport solutions. The program uses unique finite-element techniques for high accuracy and numerical stability.
TDiff can solve non-linear problems with materials that have temperature-dependent properties. Flexible tabular functions are used to enter material data or time- variations of fixed-temperature boundaries and thermal sources. (Available for Linux and Windows.
Requires Mesh 5.0.)
Features
Easy-to-understand instruction manual with a library of read-to-run examples.
Option to define multiple thermal sources with arbitrary time variations.
Define up to 127 regions of different materials
Handles materials with temperature-dependent thermal conductivity and specific heat.
Records spatial distributions of temperature at up to 999 specified times.
Interactive post- processor creates a variety of plots and performs analyses on temperature and thermal flux.
High-stability finite- element methods with automatic time-step optimization.
Records time-dependent temperature and thermal properties at up to 50 probe locations.
Formatted text output files make it easy to transfer information to user applications or to mathematical analysis programs.
TDiff determines dynamic or steady-state thermal transport solutions. The program uses unique finite-element techniques for high accuracy and numerical stability.
TDiff can solve non-linear problems with materials that have temperature-dependent properties. Flexible tabular functions are used to enter material data or time- variations of fixed-temperature boundaries and thermal sources. (Available for Linux and Windows.
Requires Mesh 5.0.)