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Establishment of Multi-Stage Turbocharger Layout for HALE UAV Engine and Its Performance Assessment
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 Title & Authors
Establishment of Multi-Stage Turbocharger Layout for HALE UAV Engine and Its Performance Assessment
Kang, Young Seok; Lim, Byung Jun; Kim, Jong Kuk;
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A multi-stage turbocharger system has been constructed for HALE UAV internal combustion engine. To boost rarefied intake air up to sea level condition, the turbocharger system should consist of 3 stages including heat exchanger located after compressor outlet to drop compressed air temperature. One dimensional system analysis has been conducted by matching required power between compressor and turbine and adequate turbochargers have been searched for from commercially available models targeting for automobiles. By applying commercial automobile turbochargers to the multi-stage turbocharger system, it is expected that considerable amount of research resources will be saved.
Internal Combustion Engine;Multi-Stage Turbocharger;Reciprocating Engine;Power Matching;
 Cited by
Multi-stage turbocharger system analysis method for high altitude UAV engine, Journal of Mechanical Science and Technology, 2017, 31, 6, 2803  crossref(new windwow)
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