Fiche de cours MSE20 - Master 2 en Mécanique des fluides et ...
Fiche de cours MSE20 - Master 2 en Mécanique des fluides et ...
Fiche de cours MSE20 - Master 2 en Mécanique des fluides et ...
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Organisation pédagogique<br />
Enseignem<strong>en</strong>ts prés<strong>en</strong>tiels<br />
Volume horaire total<br />
Horaire<br />
hebdomadaire<br />
Cours 12 1.5<br />
Enseignem<strong>en</strong>ts dirigés 12 1.5<br />
Travaux pratiques Expérim<strong>en</strong>taux (Orsay) 6<br />
1 journée pour<br />
chaque étudiant au<br />
<strong>cours</strong> du semestre<br />
Proj<strong>et</strong><br />
Définir le type <strong>de</strong> proj<strong>et</strong><br />
Autre<br />
Effectif par groupe<br />
6 étudiants par<br />
journée<br />
Course Title: Fundam<strong>en</strong>tals of Heat Transfer<br />
Description of the <strong>cours</strong>e :<br />
a) Objective<br />
This <strong>cours</strong>e aims to provi<strong>de</strong> the bases for un<strong>de</strong>rstanding the fundam<strong>en</strong>tal mechanisms involved in<br />
conduction, convection and radiation heat transfer that are usually coupled in natural <strong>en</strong>vironm<strong>en</strong>ts and<br />
industrial applications.<br />
b) Cont<strong>en</strong>t<br />
− External forced convection (scale analysis, convection heat transfer coeffici<strong>en</strong>t, Nusselt number,<br />
Prandtl number, Integral M<strong>et</strong>hods). Correlation laws in turbul<strong>en</strong>t flows.<br />
− Duct flow (<strong>en</strong>trance l<strong>en</strong>gth, fully <strong>de</strong>veloped flow, mean temperature) : application to heat<br />
exchangers. Correlation laws in turbul<strong>en</strong>t flows.<br />
− Radiative Heat Transfer: basic laws of thermal radiation for the black body; view factors; exchange<br />
b<strong>et</strong>we<strong>en</strong> black and gray surfaces; introduction to semitranspar<strong>en</strong>t she<strong>et</strong>s.<br />
− Radiative exchange with the pres<strong>en</strong>ce of convection : application to solar collectors<br />
−<br />
Two practical sessions are organized to experim<strong>en</strong>tally study a forced flow and a convective-radiative<br />
system.<br />
c) Prerequisites<br />
L2 and L3: <strong>cours</strong>es in Heat Transfer and Incompressible Fluid Mechanics.<br />
M1: Fluid Mechanics.
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