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Grab Bucket Optimization Design Based on the Kinematics and Dynamics Analysis

机译:基于运动学和动力学分析的抓斗优化设计

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Grab bucket is one of the most important assemblies of the grab dredges whose performance largely relies upon the construction of the bucket.Dynamics is carried out stressing on the two critical points,commencing status and terminating situation,for the greatest grabbing and cutting force; and so is done on kinematics concentrating the three representative points,A,B,and C,with position,velocity,and acceleration,respectively,with which almost all of the points on the bucket may be obtained for the three kinematic parameters.Optimal desgin have been dorne with objective of the proper momentum and thrust force and constraint of weight,width,ratio of weight and capacity,quotiety of the rope,ascent and descent velocity of the bucket.
机译:抓斗是抓斗式挖泥机中最重要的组件之一,其性能在很大程度上取决于铲斗的构造。动力学着重于两个临界点,即开始状态和终止情况,以实现最大的抓取和切割力。并在运动学上将三个代表点A,B和C分别集中在位置,速度和加速度上,从而可以针对这三个运动学参数获得铲斗上几乎所有的点。 dorne的目标是适当的动量和推力,并限制重量,宽度,重量与容量之比,绳索的比重,铲斗的上升和下降速度。

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