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Vibration suppression of flexible beam using eddy current damper

机译:涡流阻尼器抑制柔性梁的振动

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摘要

Eddy current damper undeniably has a vital role in absorbing vibration just like usual damper. This project is proposed to suppress the vibration of aluminum beam byelectromagnetic force of two different kind of copper coils, cylinder and squared coils. This project also focusing on investigating the vibration and damping characteristics of flexible beam itself. The eddy current damper is actually obtained from electromagnetic force which is produced by current flow in copper coil and helped by mild steel rod which functions to increase the magnetic field tremendously due to its high magnetic permeability. In order to measure the vibration produced on aluminium beam, DASYLAB software is used by the help of these two important materials which are accelerometer and DAQ component. From DASYLAB, the result for frequency response for each types of coil will be taken and converted into graph by using MATLAB software in order to get the clearest view for the comparison. The result will be analyzed based on the acceleration of the aluminium beam itself. Higher result of acceleration means higher result of vibration and vice versa. More of the detailed information can be referred to this thesis.
机译:涡流阻尼器与普通阻尼器一样,在吸收振动方面具有不可否认的重要作用。该项目旨在通过两种不同类型的铜线圈(圆柱线圈和方线圈)的电磁力来抑制铝梁的振动。该项目还专注于研究柔性梁本身的振动和阻尼特性。涡电流阻尼器实际上是通过电磁力获得的,电磁力是由铜线圈中的电流产生的,并由低碳钢棒帮助,由于其高磁导率,该钢棒可极大地增加磁场。为了测量在铝梁上产生的振动,DASYLAB软件在加速度计和DAQ组件这两种重要材料的帮助下使用。从DASYLAB,将获取每种线圈的频率响应结果,并使用MATLAB软件将其转换为图形,以便获得最清晰的视图进行比较。将基于铝梁本身的加速度来分析结果。较高的加速度结果表示较高的振动结果,反之亦然。更多详细信息可以参考本论文。

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    Hasan Zainal Abidin;

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  • 年度 2013
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