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Dynamics Simulation Research of Planar Four-bar Mechanism with Multi-joint Clearance

机译:具有多关节间隙的平面四杆机构的动力学仿真研究

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On the basis of dynamics simulation software ADAMS,using a simplified model of crank-rocker mechanism with gravitational field for the study. It built the model of contact force and the coulomb friction to simulate the motion pair with clearance. This paper made a preliminary study on the effect of the multi-joint clearance on the dynamics characteristics of the institution. The result showed that mechanism with double joint clearance had little influence on the mechanism speed and had relatively large impact on mechanism acceleration. Mechanism with three joint clearance increased the impact on the speed and acceleration appeared greater fluctuation and changes in direction. However, the contact force with three joint clearance was more stable and smaller than mechanism with double joint clearance. This kind of model is closer to the object movement in reality, so it can predict the laws of motion and provides more reliable theoretical reference for precision, optimization and noise prevention design of institutions.
机译:基于动力学仿真软件亚当,使用具有对研究的引力场的曲柄摇杆机构简化模型。它建立了接触力和库仑摩擦模型,以模拟与间隙的运动对。本文对多联合清关对机构动态特征的影响进行了初步研究。结果表明,双关节间隙的机制对机制速度没有影响,对机制加速度相对较大。具有三个关节间隙的机制增加了对速度的影响,加速度呈现出更大的波动和方向变化。然而,具有三个关节间隙的接触力更稳定并且比具有双关节间隙的机制更稳定。这种模型更接近对象运动,因此可以预测运动规律,为机构的精度,优化和噪声设计提供更可证的理论参考。

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