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Topology Optimization of Piezoelectric Force Sensor

机译:压电力传感器的拓扑优化

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摘要

Piezoelectric sensor generates analog voltage signal in response to the applied force. The larger the output analog voltage under the same loading condition, the better the piezoelectric force sensor design because of its higher sensitivity. In this paper, topology optimization method is applied to design PZT plate force sensor. Problem formulation for this problem is given, in which a stiffness constraint is considered. The sensitivity analyses of objective function and constraint are derived from adjoint method. Finally, two optimal design results for piezoelectric force sensor are shown and discussed.
机译:压电传感器根据施加的力生成模拟电压信号。在相同的负载条件下,输出模拟电压越大,由于其灵敏度越高,压电力传感器的设计就越好。本文采用拓扑优化方法设计了PZT板式力传感器。给出了针对该问题的问题公式,其中考虑了刚度约束。目标函数和约束的敏感性分析是从伴随方法得出的。最后,展示并讨论了压电力传感器的两个最佳设计结果。

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