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首页> 外文期刊>International Journal of Automotive Engineering >Advancement in Diesel Combustion System Design to Improve the Smoke-BSFC Tradeoff
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Advancement in Diesel Combustion System Design to Improve the Smoke-BSFC Tradeoff

机译:柴油燃烧系统设计的进步,以改善烟气-BSFC的权衡

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Modern diesel engines must simultaneously provide ultra-low emissions and world-class fuel economy. To meet these requirements, many new combustion strategies require that combustion occur in an oxygen-limited and/or very high EGR environment, both of which increase the tendency for particulate emissions and reduced burn-rate. The current study utilized an iterative combination of simulations and engine experiments to identify improved combustion system designs for future diesel engines. Additionally, success in reducing soot and improving burn rate in an oxygen-limited environment opens the door to new strategies for diesel combustion in the future.
机译:现代柴油发动机必须同时提供超低排放和世界一流的燃油经济性。为了满足这些要求,许多新的燃烧策略要求燃烧在氧气受限和/或非常高的EGR环境中进行,这两者都增加了微粒排放的趋势和降低的燃烧速率。当前的研究利用模拟和发动机实验的迭代组合来确定未来柴油发动机改进的燃烧系统设计。此外,在有限的氧气环境中成功减少烟灰和提高燃烧率为将来柴油新燃烧策略打开了大门。

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