The effect of exhaust gas recirculation on the combustion noise level of an indirect injection diesel engine

C. Bowen, G. Reader, I. Potter
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引用次数: 2

Abstract

A pollutant that has not yet received as much public or regulatory attention as gaseous or solid particulate emissions is engine generated noise. Excessive levels of noise can, however, be as harmful to human health and the environment as noxious gases. In a well-designed engine, mechanical noise can be kept to a minimum but the combustion process itself still generates noise, "combustion noise". Thus, if the combustion process is modified for exhaust emission control it can be expected that the level of noise generated by combustion will also be affected, albeit not necessarily adversely. As exhaust gas recirculation (EGR) is becoming an essential technology for NO/sub x/ emission control in diesel engines, and, as this technique modifies the combustion process, it is important that the effects of using EGR on noise generation be identified.
废气再循环对间接喷射柴油机燃烧噪声的影响
一种尚未像气体或固体颗粒排放那样受到公众或监管部门重视的污染物是发动机产生的噪音。然而,过量的噪音对人体健康和环境的危害与有害气体一样大。在设计良好的发动机中,机械噪声可以保持在最低限度,但燃烧过程本身仍然会产生噪声,即“燃烧噪声”。因此,如果对燃烧过程进行修改以控制废气排放,可以预期燃烧产生的噪音水平也将受到影响,尽管不一定是不利的。由于废气再循环(EGR)正成为柴油发动机NO/ subx /排放控制的一项重要技术,并且由于该技术改变了燃烧过程,因此确定使用EGR对噪声产生的影响非常重要。
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