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Multi-body Dynamics Simulation and Finite Element Analysis of the Car's Sub-frame

机译:汽车子框架的多体动力学仿真与有限元分析

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For the problem that car sub-frame constraint connection complex and effective load more difficult to determine, using finite element and multi-body dynamics ADAMS co-simulation method, Analyzed on a Volkswagen vehicle sub-frame, obtained the accurate load on the sub-frame which are used by engine suspension. The finite element analysis results show that engine load is the greatest impact on the sub-frame stress field, which can be reduced by increasing the area of engine and the sub-frame contacting, thereby prolong the life of sub-frame.
机译:对于汽车子帧约束连接复杂且有效负载更难以确定的问题,使用有限元和多体动态adams共仿真方法,在大众车辆子帧上分析,获得了子的准确负载发动机悬架使用的框架。有限元分析结果表明,发动机负荷对子帧应力场的影响最大,可以通过增加发动机区域和子框架接触来减少,从而延长子框架的寿命。

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