CAJ | 학술논문

在整车开发设计初期，发动机舱内的流场分析是机舱零部件布置和优化的重要手段。文章利用STAR—CCM＋软件对某轿车在概念设计阶段的发动机舱流动进行了模拟仿真，获取了其发动机舱内流场特性，指出了阻碍流动的回流、阻滞区及漏风位置，进一步提出了优化机舱内流动的改进方案，通过流场分析辅以经验设计，为发动机舱后续的布置优化提供了依据。
재정차개발설계초기，발동궤창내적류장분석시궤창령부건포치화우화적중요수단。문장이용STAR—CCM＋연건대모교차재개념설계계단적발동궤창류동진행료모의방진，획취료기발동궤창내류장특성，지출료조애류동적회류、조체구급루풍위치，진일보제출료우화궤창내류동적개진방안，통과류장분석보이경험설계，위발동궤창후속적포치우화제공료의거。
In the early stage of vehicle development, flow field analysis of engine compartment is the main measures of compartment part layout and optimization. Numerical simulation of air flow of engine compartment is c, ondueted with STARCCM＋ software, and the resuh of flow field of engine compartment is obtained. The backflow that hindered the air flow, block air flowarea and the position of air leakage are pointed out, and some further improving solutions for optimizing compartment flow field are put forward. It provides reference for engine compartment layout and optimization with flow field analysis and experience design.