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作 者:徐敏 王栋 张清奎[1] 张学龙 魏舒婷 汪祥支 XU Min;WANG Dong;ZHANG Qingkui;ZHANG Xuelong;WEI Shuting;WANG Xiangzhi(Anhui Hualing Automobile Co.,Ltd.,Anhui Ma'anshan 243061;School of Civil Engineering and Architecture,Anhui University of Technology,Anhui Ma'anshan 243002)
机构地区:[1]安徽华菱汽车有限公司,安徽马鞍山243061 [2]安徽工业大学建筑工程学院,安徽马鞍山243002
出 处:《汽车实用技术》2021年第17期128-130,141,共4页Automobile Applied Technology
摘 要:为轻卡进气系统加装谐振腔,可以达到较好的消声效果,但也会对系统的流场产生影响,因此,有必要对进气管的流场特性进行详细研究,以便进一步对谐振腔的结构进行改进。文章以加装谐振腔前后的进气管系统为研究对象,利用Fluent15.0流场分析软件对其流场特性进行模拟研究,分析谐振腔对进气系统流场的具体影响,研究结果表明:在降噪效果明显的情况下,谐振腔对流场的影响较小,压降仅增加不到6%,流场特性并没有受到很大干扰。这表明,谐振腔的设计具有很好的合理性,本研究可为汽车进气管降噪元件的优化设计提供一定的指导。The resonator can effectively reduce noise of the intake pipe in a light truck,however,it also has an effect on the flow field.Therefore,it is necessary to study the flow field characteristics of the intake pipe in detail,so as to further improve the structure of the resonator.In this paper,the Fluent15.0 software was used to simulate the flow field characteri-stics of the intake pipe,and the effects of the resonator on flow field was analyzed in detail.The results show that the resonator can obviously reduce the noise and has a little effect on the flow field of intake pipe.Moreover,the pressure drop was increased by less than 6%.So,the designed resonator is reasonable and can provide a practical significance for the design of the muffler element of the intake pipe.
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