利用 KIVA-3V 对柴油喷射火焰中烟尘的形成进行数值研究

K. Boussouara, M. Kadja
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引用次数: 0

摘要

柴油发动机排放大量污染物,主要是烟尘颗粒。本文介绍了发动机热力学模拟三维代码 Kiva-3V 平台上的三维建模。最初使用的是烟尘形成的 Hiroyasu 模型,代码中植入了一个两步经验模型。进行这项研究是为了更准确地预测烟尘等污染物的排放,并加深对污染物形成过程的理解。模拟使用的是重型增压直喷式单缸柴油发动机。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Numerical investigation of soot formation in diesel jet flame with KIVA-3V
Diesel engines emit a Large amount of pollutants essentially soot particles. This paper describes a 3D modeling on platform of a 3-D code for engine thermodynamic simulation Kiva-3V. A Hiroyasu model for soot formation was used originally, it’s a twostep Empirical model has been implanted in the code. This study was conducted to predict the emission of pollutants such soot more accurately and to enhance understanding of the pollutant formation process. The simulation was carried out by using a supercharged direct injected single cylinder diesel engine for heavy-duty applications.
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