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https://doi.org/10.1007/s12206-021-0311-z
Copy DOIPublication Date: Mar 24, 2021 | |
Citations: 6 |
This work aims at studying the resonant frequency response of self-actuating piezoelectric rectangular and stepped cantilever sensors and using these results to determine the density of a fluidic media. The electric impedance analyzer is used to determine the resonant frequencies of the two cantilevers under the vacuum, air and partially-immersed conditions. Micro-milling is used to fabricate the steel cantilevers and a thin PZT-5H piezoelectric patch is mounted on its top surface. The experimental results are compared with the analytical and numerical ones. The study results show the good conformity and a higher resonant frequency shift is observed in the stepped cantilevers in all cases.
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