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Optimization Study of Liquid-to-Air Heat Exchanger in the Cooling System of Military Combat/Tactical Vehicle
ISSN: 0148-7191, e-ISSN: 2688-3627
Published February 01, 1976 by SAE International in United States
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Cooling system air flow resistance characteristics are different for commercial and military combat/tactical vehicles. The optimum configurations of air-cooled heat exchangers in these vehicles are therefore different. In this paper, the unique characteristics of the cooling air flow path of military combat/tactical vehicle are presented. Optimization analysis of liquid-to-air heat exchanger considering the minimum fan power requirement as design criterion are discussed. An exchanger with smaller face area and thicker core, which was previously thought to be undesirable, is found to be favorable for some typical applications.
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CitationChiou, J., "Optimization Study of Liquid-to-Air Heat Exchanger in the Cooling System of Military Combat/Tactical Vehicle," SAE Technical Paper 760851, 1976, https://doi.org/10.4271/760851.
- Chiou J. P. “Engine Cooling System of Military Combat/Tactical Vehicles.” SAE Paper no. 750030 February 1975 1975 SAE Transaction 173 191
- U.S. Army Materiel Command “Military Vehicle Power Plant Cooling.” AMCP 706 361 June 1975
- U.S. Army Materiel Command “The Automobile Assembly.” AMCP 706 355 February 1965
- U.S. Army Materiel Command “Automobile Bodies and Hulls,” AMCP 706 357 April 1970
- Chiou J. P. “Thermal Performance Deterioration in Crossflow Heat Exchanger due to Longitudinal Heat Conduction in the Wall.” ASME Paper No. 76-WA/HT-8 for presentation in ASME Winter Annual Meeting Dec. 1976 New York, N. Y.
- Kays W. London A. L. “Compact Heat Exchangers.” 2nd New York McGraw 1964
- Holt J. G. “XM723 MICV Airflow Characteristics of Power Plant Cooling System Mockup.” Ordnance Engineering Division, FMC Corp. May 1973
- Becka P. T. “An Evaluation of Engine Cooling Fan Performance - M551 Vehicle.” Allison Division, General Motors Corp. May 1970
- Kreith F. “Principles of Heat Transfer.” 3rd New York Intext Educational Publishers 1976
- Chapman A. J. “Heat Transfer.” 3rd New York Macmillan 1974
- Rohsenhow W. M. Hartnett J. P. “Handbook of Heat Transfer.” New York McGraw 1973
- Erk B. “Fans: Design and Operation of Centrifugal, Axial and Crossflow Fans.” New York Pergamon 1974