Convection (IEN/ME) - 5EMGAAI0

Introduction and concepts: Governing equations, transport of momentum, enthalpy and entropy.
Laminar boundary layers with heat transfer: Boundary layer approximations, scale analysis, asymptotic analysis at small and large Prandtl numbers, similarity solutions, von Karman integral equations, effects of adverse pressure gradient, Falkner-Skan flows, non-dimensional analysis and fundamental non-dimensional numbers governing the heat, mass and momentum transfer.
Heat transfer in internal flows: Fully developed heat transfer in ducts subject to either constant wall temperature or constant wall flux, concept of hydraulic and thermal development length.
Buoyancy driven flows: Boussinesq approximation, similarity and integral solutions in buoyancy driven flows, stratification, natural convection combined with forced convection, condensation.
Turbulence: Wall turbulence, multi-layer approach, distribution of temperature and velocity, turbulent boundary layers with heat transfer, mixing length and eddy viscosity closures.
Turbulent free shear layers: Plane and round turbulent jets, turbulent mixing layers, turbulent thermal wakes, turbulent plumes.
Mass transfer: basic equations, mass transfer in laminar and turbulent flows, mass transfer and chemical reactions.
Heat exchangers: Basic concepts and design.

Advanced fluid dynamics

Ecoulements avec échanges de chaleur 1, Convection Laminaire, Hermès, ISBN 978-2-7462-2040-9, Michel Favre-Marinet, S. Tardu, 2008, 279 pages.

Ecoulements avec échanges de chaleur 2, Convection Turbulente, Hermès, ISBN 978-2-7462-2041-6, avec Michel Favre-Marinet, S. Tardu, 2008, 214 pages.

Analysis of Heat and Mass Transfer
E.G. ECKERT; R.D. DRAKE McGraw-Hill 1972

Boundary Layer Theory
H. SCHLICHTING McGraw-Hill Seventh Edition 1979

Turbulence
J.O. HINZE McGraw-Hill Second Edition 1975