摘要
过去对于传统的汽车后驱动桥桥壳研究,主要是在振动模型和静力工况的基础上进行的,并没有关于动态性能方面的研究分析,但是汽车性能的好坏,主要根据汽车的动态响应来决定,因此应用了有限元分析方法,重点针对汽车后驱动桥的桥壳急刹车时程情况展开了分析和改进。
The traditional automobile drive axle bridge shell after study,mainly on the basis of vibration model and the static condition,and there is no research on dynamic analysis,but the performance is good or bad,mainly based on the dynamic response of a car to decide,so this article creation of application of the finite element analysis method,focusing on automotive drive axle bridge shell slam the brakes on schedule after the analysis and improvement.
作者
潘秀琴
周金霞
PAN Xiu-qin;ZHOU Jin-xia(College of Michanical Engineering of Anhui Sanlian University,Hefei 230601,China)
出处
《齐齐哈尔大学学报(自然科学版)》
2018年第6期57-60,共4页
Journal of Qiqihar University(Natural Science Edition)
基金
2017年安徽三联学院校级重点科研项目<汽车关键零部件再制造技术研究>(KJZD2017005)
关键词
有限元
汽车后驱动桥
桥壳
急刹车时程
finite element
car rear drive axle
bridge shell
emergency trip