Logiciel de projection thermique assistée par ordinateur


Thierry Renault, SPCTS UMR 6638, Université de Limoges

Jets&Poudres computes the particle thermal history and trajectory for various materials injected in different points and different initial velocities.

The calculations for an particle alone or an set of particles randomly injected into a gas jet are done successively.

Résultats obtenus :

The calculation results are presented in graphical windows for easy understanding. Accumulated heat or momentum by a particle of a certain size are presented as a function of the initial position and velocity of the particle in easy to read graphs.

The optimization of the particle trajectory is an easy outcome of the resulting graphics. All the thermodynamic variables of gases are available through appropriate data base integrated in their normalized values from T&TWinner. The coating material particle characteristics are also available as a data base.

Téléchargez l'article ISCP16 Taormina
June 22/27-2003
part I
Téléchargez l'article ISCP16 Taormina
June 22/27-2003
part II
Téléchargez l'article TPP8 Strasbourg
May 25/28-2004

 

Best Paper Award

Téléchargez l'article ITSC Beijing
May 14/16-2007

ITSC 2007
Great Wall of China

 

Dernière mise à jour : 8 avril, 2009

Centre National de la Recherche Scientifique (National Center for Scientific Research)
University of Limoges
National College for Engineering in Industrial Ceramics (ENSCI)

Jets&Poudres Science of Ceramic Processes and of Surface Treatments (SPCTS)
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