Analysis of Engine Cylinder to Optimize Heat Transfer by Varying Fin Geometry

S. kumar, Mr. Vishal Diwakar
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Abstract

Solar energy is one of the most promising energy sources for human survival and sustainability. We can solve problems like global warming with a clean energy source like solar energy. The main objective of the study is to analyze the rate of change of heat transfer in conventional cylindrical block comparative to the proposed design of cylindrical block by varying fin geometry. And to optimize the rate of transfer of heat by providing inter cooling arrangement in the cylindrical block in the proposed geometry. the proposed design of engine cylinder block using aluminum alloy for inter-cooling arrangements has better performance and heat dissipation from the heating zone in the IC engine that is why this present work more concentrate on it and also proposed.
发动机气缸变翅片几何结构优化传热分析
太阳能是人类生存和可持续发展最有前途的能源之一。我们可以用太阳能这样的清洁能源来解决像全球变暖这样的问题。本研究的主要目的是分析传统圆柱块的换热变化率,比较不同翅片几何形状的圆柱块设计。并通过在提出的几何形状的圆柱形块中提供中间冷却安排来优化传热速率。所提出的采用铝合金进行中冷布置的发动机缸体设计具有更好的性能和从内燃机受热区散热的优点,因此本文的工作也更加侧重于此。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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