首页> 外文期刊>International Journal of Innovative Research in Science, Engineering and Technology >EXPERIMENTAL ANALYSIS OF SWIRLING FLOW IN CYLINDER OF CI ENGINE BY GOVERNING AIR MOTION INTO CYLINDER USING BOTH FOSSIL AND RENEWABLE FUELS
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EXPERIMENTAL ANALYSIS OF SWIRLING FLOW IN CYLINDER OF CI ENGINE BY GOVERNING AIR MOTION INTO CYLINDER USING BOTH FOSSIL AND RENEWABLE FUELS

机译:用化石和可再生燃料调节空气进入气缸的CI发动机气缸内旋流的实验分析。

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The depletion of fossil fuels and its emissions prompted the researches to conserve the fossil fuel and their controlled combustion. In this connection to achieve the said condition one of the operation parameters like in cylinder Air flow motion has considered. Hence, in the present work the experimental Analysis has been carried out to study the impact of in cylinder swirling flow using both fossil and renewable fuels. For this, the experiment is carried out on the four stroke single cylinder water cooled diesel engine using both diesel and biodiesel fuels with varied piston geometry. In this work an attempt is made using hemispherical piston bowl and flat piston without any change in clearance volume. The swirl motion is created by modifying the inlet manifold. The performance and emission characteristics obtained are presented in the results.
机译:化石燃料及其排放的枯竭促使研究节约化石燃料及其可控燃烧。为了实现所述条件,已经考虑了诸如气缸气流运动中的操作参数之一。因此,在目前的工作中,已经进行了实验分析,以研究使用化石燃料和可再生燃料的气缸内涡流的影响。为此,该实验是在四冲程单缸水冷柴油机上进行的,该柴油机同时使用了具有不同活塞几何形状的柴油和生物柴油。在这项工作中,尝试使用半球形活塞碗和扁平活塞,而不会改变间隙容积。通过修改进气歧管来产生涡旋运动。结果显示了获得的性能和排放特性。

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