节点文献
新型换向机构的解耦悬架优化设计
Optimal design of decoupled suspension with new reversing mechanism
【摘要】 以FSAE赛车悬架为研究对象,设计了一种可以实现侧倾和纵倾时控制减震器始终处于压缩状态的换向机构,且使车辆纵倾运动与侧倾运动解除耦合。采用ADAMS软件搭建悬架的模型进行优化仿真,优化后的悬架各参数均在要求范围内,并使悬架较好地实现了解耦。
【Abstract】 In this article, with focus on FSAE racing car’s suspension, a reversing mechanism is designed. As a result, the shock absorber is always compressed when the car rolls and trims; the car’s roll motion and trim motion are decoupled. The suspension model is set up by the ADAMS software for optimization and simulation. The parameters of the optimized suspension are within the required range, and the suspension is well decoupled.
【关键词】 FSAE赛车;
换向机构;
解耦悬架;
ADAMS;
【Key words】 FSAE racing car; reversing mechanism; decoupling suspension; ADAMS;
【Key words】 FSAE racing car; reversing mechanism; decoupling suspension; ADAMS;
【基金】 中国重汽集团产学研合作项目(20200810)
- 【文献出处】 机械设计 ,Journal of Machine Design , 编辑部邮箱 ,2025年06期
- 【分类号】U463.33;U469.696
- 【下载频次】53