Titre :
|
Prediction of turbulent heat transfer in the entrance of an array of heated blocks using low Reynolds number k-epsilon model
|
Auteurs :
|
Y. Asako ;
M. Faghri
|
Type de document :
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article/chapitre/communication
|
Année de publication :
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1995
|
Format :
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p.263-277
|
Langues:
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= Anglais
|
Catégories :
|
THERMIQUE THERMODYNAMIQUE
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Mots-clés:
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ECOULEMENT TURBULENT
;
TRANSFERT DE CHALEUR
;
CONVECTION FORCEE
;
REFROIDISSEMENT PAR AIR
;
COMPOSANT ELECTRONIQUE
;
DISTRIBUTION
;
PRESSION
;
VITESSE D'ECOULEMENT
;
GEOMETRIE
;
SIMULATION
;
MODELE NUMERIQUE
|
Résumé :
|
A numerical study is conducted to investigate the entrance behavior of turbulent flow and heat transfer in an array of rectangular heated blocks. The blocks are deployed along one wall of a parallel plate duct in an in-line arrangement in an attempt to simulate the cooling passages of electronic equipment.
|
Source :
|
Numerical heat transfer part A Application, vol 28, n°3
|