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|Type:||Artigo de periódico|
|Title:||Optimum Fins Spacing and Thickness of a Finned Heat Exchanger Plate|
|Abstract:||The thermal design of a counterflow heat exchanger using air as the working fluid was performed with two distinct goals: minimum inlet temperature difference and minimum number of entropy generation units. The heat exchanger was constituted by a double-finned conductive plate closed by adiabatic walls at the fin tips on both sides. The hot and cold air flows were considered in the turbulent regime, driven by a constant pressure head. The thermal load was constant, and an optimization was performed to obtain the optimum fin spacing and thickness, according to the two design criteria. A computer program was employed to evaluate the optimum conditions based on correlations from the literature. The results obtained from both design criteria were compared to each other. A scale analysis was performed considering the first design goal and the corresponding dimensionless parameters were compared with the results from the correlations.|
|Editor:||Taylor & Francis Inc|
|Citation:||Heat Transfer Engineering. Taylor & Francis Inc, v. 31, n. 1, n. 25, n. 32, 2010.|
|Appears in Collections:||Unicamp - Artigos e Outros Documentos|
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