NUMERICAL SIMULATION OF LAMINAR CONVECTION HEAT TRANSFER FROM AN IN-LINE ARRAY OF DISCRETE SOURCES TO A CONFINED RECTANGULAR JET
作者:
D. M. Schafer,
S. Ramadhyani,
F. P. Incropera,
期刊:
Numerical Heat Transfer, Part A: Applications
(Taylor Available online 1992)
卷期:
Volume 22,
issue 2
页码: 121-141
ISSN:1040-7782
年代: 1992
DOI:10.1080/10407789208944762
出版商: Taylor & Francis Group
数据来源: Taylor
摘要:
Conjugate convection/conduction numerical simulations have been performed to determine flow and heat transfer phenomena associated with using a single laminar slot jet to cool a linear array of discrete heat sources. Flow is restricted to a channel formed by an impingement surface, within which the heat sources are flush mounted, and a parallel confinement surface, through which the jet is discharged. Calculations reveal a primary recirculation cell between the jet and the confining surface and, for restricted conditions, a secondary cell on the impingement surface that produces a maximum and a minimum in the distribution of the local convection coefficient. The effects of the jet velocity profile and pertinent dimensionless parameters on flow and heat transfer conditions have been calculated
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