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Exergy Analysis of a Variable Compression Ratio Engine Operated on Diesel and Pine Seed Oil Biodiesel Blends

机译:在柴油和松籽油生物柴油混合物上运行的可变压缩比发动机的漏洞分析

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In this study biodiesel produced from pine seed oil is used, this is non-edible oil so there is no competition between food and fuel. In order to gain knowledge about exergy of a engine-run biodiesel, two blends of biodiesel were used as fuel in a four-stroke, single-cylinder, direct injection, water-cooled diesel engine. The experiment was conducted for steady state so that accurate measurements of different data are possible. Second law analysis was applied for exergy balance. From investigation, it was found that exergy supplied by biodiesel blends were similar to diesel, and losses were more for biodiesel blends. The maximum exergy efficiencies for diesel, B10 and B15 were 40.27%, 39.25% and 38.25%, respectively. From evaluations, it can be concluded that pine seed oil biodiesel blends approximated the performance of diesel.
机译:在本研究中,使用了松籽油生产的生物柴油,这是不可食用的油,因此食品和燃料之间没有竞争。 为了获得关于发动机运行生物柴油的漏洞的知识,使用了四冲程,单缸,直喷水冷柴油发动机中的两个生物柴油的混合物。 对实验进行稳态进行,以便可以确定不同数据的测量。 第二法律分析适用于Deergy余额。 从调查中,发现由生物柴油混合物提供的电火图与柴油相似,并且生物柴油混合物的损失更多。 柴油,B10和B15的最大电渗效率分别为40.27%,39.25%和38.25%。 从评估中,可以得出结论,松籽油生物柴油混合近似于柴油的性能。

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