Here are some useful links related to the TRUST platform; articles, libraries, tools, …

Publications

• C. Calvin et al., An object-oriented approach to the design of fluid mechanics software.

• E. Saikali et al., Numerical modeling of a moderate hydrogen leakage in a typical two-vented fuel cell configuration.

• E. Saikali, Numerical modelling of an air-helium buoyant jet in a two vented enclosure.

• E. Saikali et al., A well-resolved numerical study of a turbulent buoyant helium jet in a highly-confined two-vented enclosure.

• E. Laucoin, Développement du parallélisme des méthodes numériques adaptatives pour un code industriel de simulation en mécanique des fluides.

• T. Fortin, Une méthode d’éléments finis à décomposition L2 d’ordre élevé motivée par la simulation des écoulements diphasiques bas Mach.

• S. Heib, Nouvelles discrétisations non structurées pour des écoulements de fluides à incompressibilité renforcée.

• P. Emonot, Méthodes de volumes éléments finis : applications aux équations de Navier-Stokes et résultats de convergence.

• P. Clement, Développements et applications de méthodes numériques volumes finis pour la description d’écoulements océaniques .

Codes / Libraries / Tools

• TRUST

  The TRUST code is available here on GitHub !

  To check the TRUST Documentation page, click here.

  To visit the generated Doxygen code documenation, click here !

  Also, check out our YouTube channel. Dont forget to like the page! 😜

• TrioCFD

  TrioCFD code is available here on GitHub !

• SALOME

  SALOME is an open source integration platform for numerical simulation used as a pre/post-processor. To download, click here.

• MEDCoupling

  A powerful library used to manipulate fields/data within a numerical simulation. For a detailed information, visit this website.

  You can practice MEDCoupling via the tutorials performed with Jupyter notebooks. Click here !

• VisIt

  Useful tool for post-processing. Click here for more information.

• ICoCo

  ICoCo stands for Interface for Code Coupling. This is a norm that a code may choose to implement to facilitate its coupling with other ICoCo-compliant codes. The public ICoCo git repository is available here.

  For TRUST users, it is directly possible to use ICoCo via a python package (SWIG wrapper). This is built within the ICoCo’s tool distributed with the TRUST platform.

  For TRUST Baltiks users, you should check out this project in order to use ICoCo within its python interface.