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Performance Evaluation of Serpentine Evaporator for Automotive Air Conditioning System
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English
Abstract
Performance of the improved serpentine evaporator for automotive air conditioner made with the NOCOLOK ® brazing technique is evaluated and compared with the conventional serpentine, plate fin, and fin-and-tube types, using a proposed method which combines the cooling capacity characteristic and pressure drop from blower to discharge air louvers for a typical duct system. Computer simulation results are also discussed.
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Citation
Nakazawa, T., Tanabe, K., Ushikubo, K., and Hiraga, M., "Performance Evaluation of Serpentine Evaporator for Automotive Air Conditioning System," SAE Technical Paper 840384, 1984, https://doi.org/10.4271/840384.Also In
References
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- Cooke W. E. et al SAE Technical Paper No. 780300 1978
- Japan Utility Model Application No. 22120/57
- Clayton D.G.W. Sugihara A “Brazing Aluminum Automotive Heat Exchanger Assemblies Using A Non-corrosive Flux Process” SAE Technical Paper No. 830021 1983
- Japan Utility Model Publication No. 50665/57
- Kays W.M. et al “Compact Heat Exchanger” 2nd McGraw-Hill Book Company
- Kurotani Takeshi “Simulation Analysis of Cooling Cycle Applied to Automobile NISSAN Tech. Rept., No. 14, 1979-1 53 63