In this work, an analysis of the propagation of horizontally polarized magnetoelastic shear
waves at a loosely bonded interface between two fiber-reinforced (FRC) media is performed …

This article presents a comprehensive study of torsional surface wave propagation in a
piezoelectric fiber-reinforced composite (PFRC) layer bonded to functionally graded (FG) …

This work has explored surface/interface theory-based torsional wave propagation in a
piezoelectric fiber-reinforced composite (PFRC) layer on top of a functionally graded elastic …

The present concept is related to reflection and refraction phenomena of a three-
dimensional plane quasi-P wave incident at the interface between distinct fiber-reinforced …

A theoretical model is proposed to analyze the propagation behavior of SH-wave in a
functionally graded magneto-visco-elastic orthotropic multi-layered composite structure …

High-performance alloy materials are increasingly considered for various engineering
applications due to their combination of desirable properties. However, the guided wave …

The effect of gravity, heterogeneity and internal friction on propagation of SH-waves
(horizontally polarised shear waves) in viscoelastic layer over a half-space has been …

This paper theoretically investigates the influence of homo-and hetero-junctions on the
propagation characteristics of radially propagated cylindrical surface acoustic waves in a …

In this paper we have discussed the propagation of torsional wave in a composite layer
overlying an anisotropic heterogeneous half space with initial stress. The method of …

This article deals with the propagation of SH-wave in a vertically heterogeneous viscoelastic
layer lying over a micropolar elastic half-space. Dispersion and damping equations are …