Fluid mechanics - 4PMGMEF9

1. Physics of fluids, flow classification
2. One-D balance equations for mass, momentum, energy
3. Head loss, Pipe flow
4. Pumps and turbines, hydraulic networks
5. Local differential equations, Simple shear flows
6. Turbulence, mixing length model, turbulent boundary layer

• Mechanics (fundamental principles, stress tensor)
• Vector analysis (gradient, divergence, curl)
• partial differential equations

Final examination during 3h (70%) + Quizz end of chapters (their average -> 30%)
For the final exam:

• Calculator strongly recommended !
• Documents allowed

Note session 1 si présentiel = 30% Contrôle continu en cours + 70% Examen
Note session 1 si confinement = 30% Contrôle continu (QCM à distance) + 70% QCM long
Note session 2 si présentiel = 100% Examen de 2eme session
Note session 2 si confinement = 100% QCM long de 2eme session

Candel: Mecanique des fluides (Dunod, 1990)
White: Fluid mechanics (Mc Graw Hill, 2010: 7° edition)
Louisnard: Mécanique des fluides http://perso.mines-albi.fr/~louisnar/ENSEIGNEMENT/