Abstract
At the present work, we have studied high-intensity ultrasound fields of standing cylindrical waves, generated by cylindrical piezoelectric transducer with radial polarization in its internal volume filled by liquid. The paper is focused on the study of length-extensional and thickness vibrational modes of cylindrical piezoelectric transducer. We have performed the finite-element simulations of standing cylindrical waves formation inside the cylindrical transducer filled with a liquid by those oscillation modes of piezoelectric cylinder using ANSYS software package and compared effectiveness of different regimes of standing waves generation.
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