Nowadays, orthotropic piezomaterials have enormous potential in producing electronic
devices owing to their inherent merits, eg, intrinsically robust piezoelectricity. Nevertheless …

The present research article manifests the dissipation and dispersion characteristics of Love-
type waves in a flexoelectric-piezoelectric/functionally graded piezomagnetic material …

The role of porous piezoelectric materials is very crucial in modern days, especially in
designing underwater object detection devices. Therefore, the present article deals with SH …

Propagation characteristics of SH waves in a functionally graded piezoelectric material
(FGPM) substrate with periodic gratings have been investigated in the article. The material …

Propagation characteristics of Love waves in a layered structure composed of a
piezomagnetic layer attached to an elastic substrate exposed to a magnetic field and …

This work aims to develop a mathematical model for Love-type wave (LTW) propagation in
non-planar non-homogeneous nearly incompressible elastic layered structure with imperfect …

The present paper investigates the behavior of SH-wave propagation in a heterogeneous
dry sandy half-space bonded by a piezoelectric layer abutting the vacuum. The vacuum is …

This study investigates the transmission of seismic surface waves in a composite framework
comprising a viscoelastic layer overlying a flexoelectric material. The study focuses on …

This study analyzes the phase and attenuation dynamic behavior of piezo-viscoelastic
microbeam overlying quadratic heterogeneous viscoelastic plate under sliding contact …

The present work investigates the propagation of Love wave in a flexoelectric piezoelectric-
viscoelastic stratum imperfectly bonded to a piezoelectric-viscoelastic substrate. To study the …