动感赛车运动控制装备的模拟实验分析

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基于科学有效的3D动画-玩家-赛车运动机构的交互机制和接口方法,借助于Solidworks和ADAMS两个软件实现了对动感赛车的建模和虚拟样机的建立.对动感赛车在不同虚拟路况下实行不同的运行方式,建立其运动学方程,并进行了运动学的分析研究,确定主要实验参数,完成动感赛车运动控制平台的模拟实验与数据分析. Based on the scientifically effective methods of interaction and interface of the 3D animation-player-racing mechanism,a motor racing model and a virtual prototype are established through the use of two softwares Solidworks and ADAMS.In different virtual road conditions where the motor racing is on,the paper introduces different ways of motion,establishes the kinematics equations,performs analysis on kinematics,determines the main experimental parameters,and finishes the simulation and data analysis of the motor racing motion control platform.The work provides reference for the physica of the motor racing simulator.