首页> 外文会议>International Conference on Adaptive Structures and Technologies; 20051009-12; Paris(FR) >BROADBAND ACTIVE VIBRATION CONTROL OF A RECTANGULAR FLEXIBLE WALL OF AN EMPTY AND WATER-FILLED TANK
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BROADBAND ACTIVE VIBRATION CONTROL OF A RECTANGULAR FLEXIBLE WALL OF AN EMPTY AND WATER-FILLED TANK

机译:空水箱的矩形柔性墙的宽带主动振动控制

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Broadband active vibration control of a rectangular plate representing a flexible wall of a thick Plexiglas container is experimentally investigated, for both empty and water-filled tank, using five piezoelectric PZT patches as control actuators. Preliminary dynamical analyses have been carried out on the system in order to verify the influence of different water levels and different environment conditions (in particular, temperatures) on the system dynamics. Active vibration control is then experimentally applied to the plate with a Single Input - Single Output approach in presence of broadband primary disturbance between 0 and 400Hz, testing both filtered-x Least Mean Square adaptive feedforward control and Direct Velocity Feedback control. The time delay through the disturbance and control paths is measured, in order to evaluate the causality of the control system.
机译:使用五个压电PZT贴片作为控制执行器,对空罐和水罐进行了实验研究了矩形板代表宽带有机玻璃容器的柔性壁的宽带主动振动控制。为了验证不同水位和不同环境条件(尤其是温度)对系统动力学的影响,已对系统进行了初步的动力学分析。然后,在存在0到400Hz的宽带初级干扰的情况下,通过单输入-单输出方法将主动振动控制实验性地应用到板上,同时测试滤波x最小均方自适应前馈控制和直接速度反馈控制。测量通过干扰和控制路径的时间延迟,以评估控制系统的因果关系。

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