Archives of Acoustics, 48, 2, pp. 231–234, 2023
10.24425/aoa.2023.145228

Effect of Rotation on the Piezoelectric Wave Impedance Characteristics

Xiaoguang YUAN
Nantong University
China

Chaoyu HAO
Nantong University
China

Quan JIANG
Nantong University

The dependence of piezoelectric wave impedance on the rotation speed is investigated theoretically and numerically. The Coriolis force due to rotation is introduced into the piezoelectric motion equations, which is solved by the harmonic plane wave solution. It is shown that the wave impedance variations of longitudinal and transverse waves due to rotation are clearly different. The longitudinal wave impedance continuously increases with a small rotation ratio and one transverse wave impedance is almost irrespective of a rotation ratio. In contrast, the rotation applies a big impact on the other transversal wave impedances in the piezoelectric crystal which decreases monotonically with the rotation speed. Such characteristics are significant in piezoelectric transducers and sensors.
Keywords: wave impedance; Coriolis acceleration; piezoelectric crystal; wave velocity
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DOI: 10.24425/aoa.2023.145228