Journal
INTERNATIONAL APPLIED MECHANICS
Volume 49, Issue 2, Pages 194-202Publisher
SPRINGER
DOI: 10.1007/s10778-013-0559-9
Keywords
piezoceramics; multilayer cylinders; noncircular cross-section; electroelastic wave; analytical solution
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A method for the theoretical analysis of the spectra and properties of electroelastic waves in multilayer piezoelectric cylinders with a longitudinal sector notch with arbitrary angle is developed. The real and imaginary branches of the dispersion curves and ratios of period-averaged power flows in the inside and outside layers of the cylinder (waveguide) are studied. It is shown that the dispersion characteristics of cylinders vary widely with the material characteristics of the layers and the geometry of the cross-section
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