机器人操作机弹性动力学分析新方法
A New Method of KED Analysis of Robotic Manipulator
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摘要: 本文给出将机器人操作机划分成传动系统、刚性化杆件和弹性杆件3种不同类型的子结构,按相邻于结构间位移协调矩阵组装出操作机系统的弹性动力学方程进行KED仿真分析的新方法.实例分析表明:该方法计算量小,考虑因素多.为操作机设计提供了一种有效的仿真分析手段.Abstract: A new method is presented to analyze a manipulator in KED,which is to divide the manipulator into three kinds of substructures—elastic links, rigidities and transmission systems-and to assermble the system equation with all substructures through the compatible matrixes. It is proved that the simulation based on this method has less computation and provides more reliable data for disigning a manipulator or its control system.