Vehicles of Transportation Internal Combustion Engine Press the Details of the Institution Inspection

Khujayarova Mokhigul Dustmurodovna

doi:10.47134/jme.v1i2.2616

Authors

Khujayarova Mokhigul Dustmurodovna Special Education Teacher at 2nd Vocational School in Koson

DOI:

https://doi.org/10.47134/jme.v1i2.2616

Keywords:

Engine, Cylinder, Injector, Engine Power, Specific Fuel Consumption, Cylinder-Piston Group, Compression Ring, Oil Seal Ring, Sleeve, Piston, Piston Rings, Piston Skirt, Defects

Abstract

In this article, the engine in the operation of vehicles details, including cylinder-piston group details, and changes in engine performance, piston rod and cylinders in the details of the cylinder when the body presses the flame-touch surface of the cylinder head redistribution of heat flow occurs, their temperature and the change of grooves in the piston-sleeve connection was analyzed. The study aims to improve the reliable performance of internal combustion engine vehicles by focusing on the maintenance and condition of the cylinder-piston group. The research includes a literature review and experimental analysis of the effects of dust and contaminants on the engine's internal components. Comparative tests were conducted on engines before and after cleaning the cylinder-piston group. Findings show that dust particles significantly impact engine performance, causing a 4-6% reduction in power and a 3-4% increase in fuel consumption. Cleaning the cylinder-piston group resulted in a 5.2% increase in engine power and a 4.0% decrease in fuel consumption. The progressive accumulation of soot was found to degrade engine efficiency and cause knocking. Regular maintenance and cleaning of the cylinder-piston group are essential to enhance engine efficiency and longevity. Implementing these practices in vehicle maintenance systems can significantly improve engine performance and reliability.

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