The present paper studies the propagation of shear waves (SH-type waves) in an
homogeneous isotropic medium sandwiched between two semi infinite media. The upper …

Green's function technique serves as a powerful tool to find the particle displacements due
to SH‐wave propagation in layer of a shape different from the space between two parallel …

The paper examines SH-type surface waves in a locally elastic heterogeneous half-space
that is governed by a point source in a finite-thickness heterogeneous monoclinic layer. The …

This paper examines the effects of several parameters such as phase velocity, wavenumber,
heterogeneity, and triangular irregularity on the propagation of shear waves in a …

This paper explores the transverse wave propagation in magnetoelastic monoclinic layer
with parabolic irregularity sandwiched between transversely isotropic piezoelectric layer and …

The paper presents a study of propagation of shear wave (SH‐wave) in an orthotropic
elastic medium under initial stress sandwiched by a homogeneous semi‐infinite medium …

Generalized Love-type wave propagation in a nonlinear, heterogeneous, isotropic, low-
velocity intermediate layer of uniform thickness lying between two nonlinear, homogeneous …

In this paper we consider a nonlinear Love equation associated with Dirichlet conditions.
First, under suitable conditions, the existence of a unique local weak solution is proved …

Rayleigh type surface wave propagation in the irregular bottom of ocean model which is the
interface of homogeneous liquid layer over laying an irregular boundary of homogeneous …

In the present paper, a study is performed in an irregular earth crust, layered over a semi-
infinite half-space under the effect of gravity. The irregularities at the interface are possible …