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Vibration isolation concepts for non-cubic Stewart Platform using modal control

机译:非立方Stewart平台采用模态控制的隔振概念

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摘要

Literature falls much short in presenting simplified dynamic models for non-cubic Stewart Platforms to aid in its initial design. This paper uses geometric parameters of the non-cubic Stewart Platforms to determine its dynamic equations for base excitations for individual controllers. These subsystems are then decoupled to give individual modal equations, to give the advantage of controlling each mode independently. Considerable vibration isolation was observed when compared with passive vibration control.
机译:文献为非三次Stewart平台提供简化的动力学模型以帮助其初始设计时,远远不够。本文使用非三次Stewart平台的几何参数来确定其动态方程,以用于各个控制器的基本激励。然后将这些子系统解耦以给出单独的模态方程,从而具有独立控制每种模式的优势。与被动振动控制相比,观察到相当大的隔振效果。

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