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Titre :
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Local convection heat transfer coefficient for a two-dimensional wall jet with uniform heat flux boundary condition using infrared imaging
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Auteurs :
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R. Abdulnour
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Type de document :
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thèse/mémoire
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Année de publication :
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1999
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Format :
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81
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Langues:
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= Anglais
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Catégories :
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THERMIQUE THERMODYNAMIQUE
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Mots-clés:
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COEFFICIENT DE TRANSFERT DE CHALEUR
;
CONVECTION
;
CONDITION AUX LIMITES
;
INFRAROUGE THERMIQUE
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Résumé :
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The performance of automative windshield defrosters is important for passenger safety and comfort. An experimental system was developed and used to generate benchmark date for a model heated wall jet flow using conditions relevant to automative windshield defrosters as a means to aid defroster and defogger design. The focus of this study was to measure the local heat transfer coefficient in the developing region of the wall jet with a uniform heat flux boundary condition. An infrared imaging system was used to measure the surface temperature field.
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Diplôme :
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Master of Science Thesis, Michigan State University
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