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ANALYSIS OF INTERNAL COMBUSTION ENGINE HEAT TRANSFER RATE TO IMPROVE ENGINE EFFICIENCY, SPECIFIC POWER & COMBUSTION PERFORMANCE PREDICTION

Pratima S. Patil, Shubham Belsare

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Abstract

This paper addresses the analysis of Internal Combustion Engine heat transfer rate at various locations, which is very important for thermal load analysis, combustion performance prediction & efficiency of an internal combustion engine. Specific power and efficiency are affected by the magnitude of engine heat transfer. This paper focuses on a substantial difference of heat flux exists for various places in the cylinder of an engine. Numerical computation is an appropriate tool to study heat transfer in comparison with available experimental correlations.

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What this paper is about

This paper addresses the analysis of Internal Combustion Engine heat transfer rate at various locations, which is very important for thermal load analysis, combustion performance prediction & efficiency of an internal combustion engine. Specific power and efficiency are affected by the magnitude of engine heat transfer. This paper focuses on a substantial difference of heat flux exists for various places in the cylinder of an engine. Numerical computation is an appropriate tool to study heat transfer in comparison with available experimental correlations.

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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

This paper addresses the analysis of Internal Combustion Engine heat transfer rate at various locations, which is very important for thermal load analysis, combustion performance prediction & efficiency of an internal combustion engine. Specific power and efficiency are affected by the magnitude of engine heat transfer. This paper focuses on a substantial difference of heat flux exists for various places in the cylinder of an engine. Numerical computation is an appropriate tool to study heat transfer in comparison with available experimental correlations.

Key concepts: Internal combustion engine cooling, Internal combustion engine, Combustion, Stirling engine, Heat engine, Heat transfer, Thermal efficiency, External combustion engine

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ANALYSIS OF INTERNAL COMBUSTION ENGINE HEAT TRANSFER RATE TO IMPROVE ENGINE EFFICIENCY, SPECIFIC POWER & COMBUSTION PERFORMANCE PREDICTION — Research Paper | ScholarLens