Abstract
Modern methods of production of heat engine pistons allow to strengthen individual parts of the piston with composite materials based on ceramics. The considered manufacturing technology allows reinforcing the bottom of the piston, thereby increasing the reliability of individual parts of the piston that perceive maximum temperatures during operation. The pistons obtained by this method have an increased heat transfer coefficient and a finer-grained metal structure. Also, the use of ceramic materials in pistons can increase the reliability and service life of engines.
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