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Binding Force Analysis of Multiple pairs of Bars Space RCCR Mechanism Without Inertia Force

机译:无惯性力的多对条空间RCCR机构的结合力分析

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摘要

In close to the rigid body condition, to solve the binding force of multiple pairs of bars space RCCR mechanism, first, starting from solving main binding force of three-pair bars space RCCR mechanism by the theoretical analysis, to have obtained the change law of the main binding force without the inertial force (extremely low speed) by using the computational multibody dynamics software 'COSMOS-Motion' and then summed up the equivalent tangential force through the investigation of the simulation data. Finally the concept of equivalent tangential binding force was expanded to 4, 5, 6 pairs of bars space RCCR mechanism.
机译:靠近刚体状况,解决多对条空间RCCR机制的结合力,首先从求解三对条空间RCCR机制的主结合力通过理论分析,已经获得了改变法通过使用计算多体动力学软件'COSMOS-MOTION'而没有惯性力(极低速度)的主结合力,然后通过调查模拟数据来总结等效的切向力。最后,将等效切向结合力的概念扩展至4,5,6对空间RCCR机制。

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