GAO Zhao-kang, HOU Fu-long. Simulation analysis and design of micro-motion flexible parallel platform[J]. 2018, (9): 93-94+97. DOI: 10.13873/J.1000-9787(2018)09-0093-02.
微运动柔性并联平台的仿真分析与设计
摘要
通过在ADAMS中仿真施加力的情况下
得到平台整体的协调运动数据
并将其代入ANSYS中
判断在运动中柔性铰链是否处于弹性变形之内
进而得到平台的最大行程。通过改变支链的角度
探究了支链角度对行程的影响
为实现并联平台的结构最优化提供了依据。
Abstract
By simulating on applying force in ADAMS
obtain coordinated motion data of the platform as a whole
and substitute it into ANSYS
judge whether the flexible hinge is within the elastic deformation and the maximum stroke of the platform is obtained. By changing angle of branch chain
influence of branch angle on stroke is investigated
which provides a basis for the optimization of structure of parallel platform.