The novelty of this study is presenting the analytical approach to investigate the dynamic
response and the forced vibration by a time-harmonic force of a bi-layered piezoelectric …

The paper studies the natural oscillation of the three-layered solid sphere with a middle
layer made of Functionally Graded Material (FGM). It is assumed that the materials of the …

This paper investigates the dispersion characteristics of guided waves in a multilayered
magneto-electro-elastic curved panel. Based on the Hamilton principle, the Chebyshev …

The present study deals with dynamic analysis of arch concrete dams, taking rotational
components of earthquakes into account. A modified methodology was used to evaluate the …

The bi-material elastic system consisting of the circular hollow cylinder and the infinite
elastic medium surrounding this cylinder is considered and it is assumed that on the inner …

This paper is a continuation of the investigations started in the paper by Akbarov, SD,
Guliyev, HH and Yahnioglu, N.(2016)“Natural vibration of the three-layered solid sphere with …

A state-space method is developed to investigate the time-dependent behaviors of an angle-
ply cylindrical shell in cylindrical bending with surface-bonded piezoelectric layers. Both the …

By introducing the double orthogonal polynomial method from the Cartesian coordinate
system into the cylindrical coordinate system, this paper investigates the guided wave …

This paper models the resonance behavior of an initially stressed sandwich plate-strip
consisting of a piezoelectric core and elastic faces, based on a rigid foundation, exposed to …

This paper presents a detailed numerical investigation of behavior of cylindrical tube-
shaped textile-reinforced cementitious composites (TRCCs) under monotonic lateral …