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Active vibration control of piezolaminated stiffened plates

机译:压电化加强板的主动振动控制

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The aim of this work is to present active vibration control of stiffened plates. A stiffened plate finite element with piezoelectric effects is formulated. The characteristic feature of the stiffener is that it can have any shape in plan and need not pass through the nodal lines of the finite element mesh. The coupling between the direct and the converse piezoelectric effects is neglected for sim- plicity. A velocity feedback algorithm is employed in the active control. Numerical examples for vibration control of isotropic and orthotropic stiffened plates have been presented.
机译:这项工作的目的是提出对加劲板的主动振动控制。建立了具有压电效应的加劲板有限元。加劲肋的特征在于,它可以在平面上具有任何形状,并且不需要穿过有限元网格的节点线。为简单起见,忽略了直接和反向压电效应之间的耦合。在主动控制中采用速度反馈算法。已经给出了各向同性和正交各向异性加劲板振动控制的数值示例。

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