|
Function
Thermal transport in solids and biological media with temperature-
dependent properties
|
Description
TDiff handles dynamic or steady-state thermal transport
calculations. The program uses unique finite-element techniques for high
accuracy and numerical stability. TDiff solves non-linear
problems with temperature-dependent material properties. The program can model effects of thermal radiation boundaries and blood perfusion (bioheat equation). TDiff imports calculated power densities from RFE2, Nelson, WaveSim and GamBet for coupled solutions. (Compatible with all versions of Windows.)
|
Features
 Easy-to-understand
instruction manual with a library of read-to-run examples.
Users may define arbitrary varaitions in time and temperature through flexible tabular functions.
Define up to 127
regions of different materials
Handles materials with
temperature-dependent properties.
Records spatial
distributions of temperature at up to 999 specified
times.
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 up to 50 probe locations.
|
