To give advanced knowledge of two-phase flows, two-phase thermohydraulics, electrohydrodynamics, magnetohydrodynamics as well as bulk rheology. To provide a background level in using modeling or designing tools for processes involved in a diversity of technological applications: solar or nuclear energy with reactors of 3th generation (ATMEA, EPR), 4th generation (ASTRID) and even 5th generation (ITER), nuclear waste management, oil engineering, food or drug engineering, metallurgy, engineering of many processes involved in sustained environment.
This module gathers courses which contribute together to the development of fluid processes at micro and macro scales: two-phase flows (Henda Djeridi), two-phase thermohydraulics (Fabrice Francois), bulk rheology (Laurent Jossic), electro- and magneto-hydrodynamics (Laurent Davoust, Yves Fautrelle and Olivier Doche). Theses courses aims at introducing modern challenges of fluid mechanics, this is to say: complex flows with a second dispersed or stratified phase, non-newtonian flows, multiphysics flows with strong coupling with electrostatics or electromagnetism.
The module is organized according to a lecture series, some of the lectures are mandatory while other ones are optional.
ONE OPTIONAL COURSE TO SELECT AMONG:
Fluid mechanics, heat and mass transfers
3 scores with:
1 written examination of 3H,
1 talk (organized by groups of 2 - 3 students)
1 report to deliver after one numerical session (organized by groups of 2 - 3 students)
CC 50% + CT 50%
The exam is given in english only
The course exists in the following branches:
Course ID : 5EUS5MFA
You can find this course among all other courses.
Transport Phenomena by Bird, Stewart & Lightfoot)
Low-Re number hydrodynamics by Happel & Brenner
Bubbles, Drops, and Particles by Roland Clift, John R. Grace, Martin E. Weber
Magnetohydrodynamics by Moreau
Electrohydrodynamics by Castellanos
Rheological phenomena in focus, D. V. Boger and K. Walters
Initiation a la rheologie, G. Couarraze et J. L. Grossiord,
Rheophysique des pates et suspensions, P. Coussot et C. Ancey
Date of update February 8, 2017