The SYRTHES software is dedicated to transient thermal simulations in complex solid geometries.

 SYRTHES can be used to handle different kind of problems

    - conduction

    - radiation

    - heat and mass transfer

 SYRTHES is used for a large range of problems

   - Nuclear (lifetime, nuclear waste disposal,  new concepts, fuel transportation,...)

   - Electricity (transport, electromechanical devices,...)

   - Buildings efficiency

   - Material physical propreties

   - ...

SYRTHES main characteristics

   - Open Source

   - well adapted to parallel computations and HPC

   - user friendly with a graphical user interface

   - coupled or chained  with many other softwares


SYRTHES main features

SYRTHES solves thermal transient in 2D, 2D axi and 3D coordinates system. The solid properties and source terms may vary with respect to time, space, temperature,... The conductivity behaviour may be either isotropic, orthotropic or anisotropic. Classical boundary conditions are available and may vary with respect to time, space and temperature.

Regarding radiation,diffuse and isotropic wall to wall thermal radiation (i.e non-participating medium) with shadowing effect is available in complex 2D cartesian, 2D axi and 3D coordinates system. Emissivity may vary according wave length. 


Documentation SYRTHES 4.1

Full documentation is available in the package.


Documentation SYRTHES4.0.0

A draft version of the user guide is available in the package. You can also download it below

User Manual SYRTHES 4.0 (format pdf3476Kb)


Download documentation (SYRTHES 3.4.3)

User Manual (pdf, 1432Kb)

Manuel Utilisateur (pdf, 1561Kb)

Manuel Théorique (french version) (pdf, 577Kb) 

Application examples

 Few SYRTHES applications are presented here.

 Other examples can be seen : screenshots

Some posters can be downloaded.

High Parallel Computations