Publication: An investigation into the use of a cyclone separator in the intake air system and its influence on the engine performance
Date
Authors
Karagöz, İrfan
Authors
Sakin, Ali
Ergül, Murat
Demirtaş, Ünal
Savaş, Fatih Hakkı
Advisor
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Sage Puplications Ltd
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Abstract
Filters are used to decontaminate the particles from the outside environment entering different subsystems of vehicles. Conventional air filters can cause a significant pressure drop in the intake air system because of their porous structure. In this study, a cyclone separator was designed and manufactured for the air intake system of an automobile. The pressure drop and the performance parameters of the engine were measured by using a conventional air filter or a cyclone separator in the air intake system. Futhermore, a computational fluid dynamics analysis of the cyclone separator was performed, and the results were compared with the experimental data.
Description
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Keywords
Engineering, Transportation, Cyclone separator, Air intake system, Pressure drop, Cut-off diameter, Tangential inlet cyclone, Collection efficiency, Flow, Air filters, Automobile manufacture, Computational fluid dynamics, Cyclone separators, Drops, Engines, Pressure drop, Computational fluid dynamics analysis, Cut-off diameter, Engine performance, Intake air, Performance parameters, Porous structures
Citation
Sakin, A. vd. (2018). ''An investigation into the use of a cyclone separator in the intake air system and its influence on the engine performance''. Proceedings of the Institution of Mechanical Engineers, Part D: Journal of Automobile Engineering, 232(5), 667-678.