TurbulencesEA: Mécanique et énergétique 1 (MRI)

The aim of this course is to make the student engineer discover the vast field of turbulence, and to give him the basic equations. The mathematical use of these equations is the basis of modelling.

Transition from laminar to turbulent diet,

Turbulent appearance: turbulent flow properties,

Turbulence developed,

Medium and fluctuating sizes,

Medium movement, fluctuating movement,

Equations of the average movement,

Equations to Reynolds' tensions,

Turbulence scales and orders of magnitude,

Simple inhomogeneous turbulent flows: boundary layer, jets, thermal plumes.

Written

Batchelor, George Keith, "Theory of homogenous turbulence", Cambridge University Press

Chassing, Patrick; Lumley, John Leask; École nationale supérieure d'électrotechnique, d'électronique, d'informatique et d'hydraulique (Toulouse), "Turbulence in fluid mechanics: analysis of the phenomenon with a view to its modelling for the use of the engineer", Cepaduès

Bailly, Christophe; Count Bellot, Geneviève; Candel, Sébastien, "Turbulence", Ed. of the CNRS

Friedlander, S.K.; Topper, Leonard, "Turbulence: classic papers on statistical theory", Interscience Publishers
Lesieur, Marcel, "La turbulence", Grenoble University Press