This paper deals with 3-D modeling of piezoelectric materials. The model is based on an
exact description of the potential and electric field inside a material. Moreover, coherent …

A general exact analysis for three-dimensional scattering of a time-harmonic plane-
progressive sound wave obliquely incident upon an arbitrarily thick bilaminated circular …

The article deals with the complete modeling and characterization of thick piezoelectric
ceramics. Modeling is based on radial and longitudinal mode determination of a thick …

In this study, a method to develop a resonance vibration model of a piezo-bar with slanted
ceramics is presented by considering piezoelectric loss coefficients. The vibration model …

Piezoelectric plates can provide low-frequency transverse vibrational displacements and
high-frequency planar vibrational displacements, which are usually uncoupled. However …

An analytical model is presented of axisymmetric circular hollow piezoelectric ceramic
cylinders with arbitrary dimensions and boundary conditions. Forced vibrations of the …

A method to determine the response of a solid, elastic, isotropic cylinder with internal losses
and arbitrary length to radius ratio to excitations acting on its surface is presented. The …

An exact series method is presented to analyze classical Langevin transducers with arbitrary
boundary conditions. The transducers consist of an axially polarized piezoelectric solid …

This work presents a three-dimensional exact solution to axisymmetric vibrations of a simply-
supported piezoelectric/piezomagnetic composite cylinder. Both the static and harmonic …

This paper focuses on the possibilities of controlling the dispersion spectra and wave
characteristics of cylindrical waveguides by changing their geometry and electro-elastic …