Combustion turbulenteEA: Génie des procédés 1 (MRI)

The student engineer must be able at the end of the course to dimension simple systems, type burners, operating under turbulent combustion regime.

General equations of a reactive medium,

Premix flames. The diffusion flames. Phenomenology and scale,

General equations of a reactive medium,

Premix flames,

The diffusion flames,

Phenomenology and turbulence scale,

RANS modelling and model k-,

Modeling

Premixed turbulent flames,

Premixed turbulent flame phenomenology: number of Damkhöler and Karlovitz, flame models, turbulent flame speed, Eddy Break Up model, G-equation model, Bray Moss and Libby model, scalar dissipation rate model, overfacial flame density model and probability density model,

Turbulent flames not premixed,

Phenomenology. RANS modelling. Models with flame density.

Written

Bimbenet, Jean-Jacques; Duquenoy, Albert; Trystram, Gilles; Genton, Daniel, "Food Process Engineering: From Basics to Applications", Dunod

Mafart, Pierre, "Industrial Food Engineering. Volume I, physical preservation processes", Tec and Doc - Lavoisier