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Heat Transfer Simulation of the Piston-Cylinder Liner Coupled System in the Internal-Combustion Engine Based on ANSYS

Jiang Ming

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Abstract

As the basis of thermal load calculation heat transfer research has an important significance for the reliability design of internalcombustion engine. The authors The coupled heat transfer relationship have be studied thoroughly on the piston-cylinder liner of combustion chamber components, and set up the heat transfer model between them. Using the simulation software ANSYS, the transient heat transfer process of the piston-cylinder liner coupled system is simulated.

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What this paper is about

As the basis of thermal load calculation heat transfer research has an important significance for the reliability design of internalcombustion engine. The authors The coupled heat transfer relationship have be studied thoroughly on the piston-cylinder liner of combustion chamber components, and set up the heat transfer model between them. Using the simulation software ANSYS, the transient heat transfer process of the piston-cylinder liner coupled system is simulated.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

As the basis of thermal load calculation heat transfer research has an important significance for the reliability design of internalcombustion engine. The authors The coupled heat transfer relationship have be studied thoroughly on the piston-cylinder liner of combustion chamber components, and set up the heat transfer model between them. Using the simulation software ANSYS, the transient heat transfer process of the piston-cylinder liner coupled system is simulated.

Key concepts: Piston (optics), Heat transfer, Cylinder, Mechanical engineering, Combustion, Combustion chamber, Internal combustion engine, Transient (computer programming)

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Heat Transfer Simulation of the Piston-Cylinder Liner Coupled System in the Internal-Combustion Engine Based on ANSYS — Research Paper | ScholarLens