基于ADAMS的摆盘机构动力学仿真分析

简要介绍了摆盘机构组成和工作原理,建立摆盘机构三维模型,运用机械系统动力学分析软件ADAMS对机构进行动态仿真分析,得到关键运动部件的运动规律曲线和动力学分析曲线,结果表明ADAMS对复杂机构的仿真准确可靠,得到了活塞与连杆轴线不重合导致的扰动与气缸壁间侧压力和力矩分析曲线,零部件间冲击和扰动产生的动力学响应,为摆盘机构减震降噪的优化设计提供了重要参数。表明了ADAMS对复杂机构进行仿真分析的可行性,对相关研究具有借鉴意义。

ADAMS-based dynamic simulation analysis for wobble-plate mechanism

It gives a detailed introduction of the constitution and operating principle of wobble-plate,and sets up its three-dimensional model.By applying the ADAMS-software for dynamics analysis of mechanism,the dynamic simulation of the wobble plate is analyzed.And the motion regulation curves and dynamics analysis curves for some key parts are obtained.The result suggests that ADAMS-based simulation analysis can bring about dynamic response between impulse and disturbance among the components,hence correct and reliable,and the disturbance caused by misalignment between piston and axis of link is obtained,as well as analysis curves for force within the piston and cylinder wall and the torque.The research offers significant parameters for optimizing the design of wobble plate in the aspect of shock absorption and noise reduction.It shows that ADAMS-software being applied for analysis complex mechanism is feasible and shall provide reference for similar study.