Axisymmetric vibrations of a cylindrical final height piezoceramic shell

A new approach to describing the formation of an electric field in a material is proposed electroelastic transducer, which presented in the form of a cylindrical circular thin-walled radial polarized shell. The problem was solved by the "end-to-end" method, which involves a joint solution equations for acoustic, mechanical and electric fields taking into account physical properties of the emitting transducer. The general analytical solution "end-to-end" problem in the form of a system of resulting equations for the considered electroelastic oscillatory system in vacuum with distributed parameters written with respect to axial and radial displacement