Two-phase flows

This course covers the fundamental principles of multiphase flow description. The skills and knowledge covered correspond to the minimum level required, either to interact with specialists in these fields or to deal with common classical problems on one's own, or to deepen this knowledge by reading specialized books or by participating in complementary specialized training.

The course on multiphase flows presents the theoretical developments specific to these flows, starting with the most general equations, and then focusing on two specific situations, the liquid/vapor equilibrium flows encountered, in particular, in the nuclear industry, as well as the problems related to aerosols that can be encountered both in industry and in the environment (air pollution and associated health risks).

• Know how to model and analyze an aerodynamic problem or multiphase flows, by choosing the most relevant level of modeling
• Master the modeling/numerical simulation methods associated with these types of situations
• Interpret experimental results

Project: writing of a report, 50%.

DS: proctored exam, 50%.

1. Borghi, R., & Anselmet, F. (2014). Modélisation des écoulements multiphasiques turbulents hors d’équilibre. HERMES SCIENCE.
2. Mailliat, A. (2010). Les milieux aérosols et leurs représentations. EDP SCIENCES.
3. Paraschivoiu, I. (1999). Aerodynamique subsonique (French Edition) (ECOLE POLYTECHNIQUE DE MONTREAL).

Fabien Anselmet (ECM)

Malek Abid (AMU)

Intervenants extérieurs du milieu industriel (CEA/IRSN)