TY - JOUR
AU - 
AB - Internal combustion engines have to be supplied with adequate amounts of fuel and air. The required amount of fuel and air is determined by the engine controller to guarantee that the fuel reaching the cylinder is burned effectively and that the composition of exhaust gas meets standard requirements. The air supplied to an internal combustion engine has to be adequately filtered because impurities reaching the engine can accelerate the wear of engine components. The air intake system features a filtering partition which captures impurities and prevents them from reaching the engine. However, the filtering process decreases the rate at which cylinders are filled with fresh air, which can compromise engine performance. Therefore, effective solutions are needed to ensure that the flow of filtered air does not significantly decrease the volumetric efficiency of cylinders. This study presents a design concept of a device for measuring pressure in the air intake sys- tem in front of and behind the filtering partition. The proposed device can be useful for measuring filter wear. A prototype of the proposed device was built and tested on several air filters. To elim- inate throttle valve impacts, the device was tested in a compression ignition engine. The 
TI - A design concept of a device for measuring air flow resistance in vehicle filters
JF - Technical Sciences
DO - 10.31648/ts.5881
DA - 2020-09-30
UR - https://www.deepdyve.com/lp/unpaywall/a-design-concept-of-a-device-for-measuring-air-flow-resistance-in-dxd80pqTBS
DP - DeepDyve
ER -