The current work deals with the study of a thermo-piezoelectric modified model in the context
of generalized heat conduction with a memory-dependent derivative. The investigations of …

The paper is concerned with the effect of an impulsive point source on the Love-type surface
wave propagation in an anisotropic poroelastic medium coated with an isotropic …

Functionally graded materials (FGM) are materials in which there is a gradual variation in
functional properties of the material so as to make it useful for different purposes. The life …

The primary intent of this paper is to study the propagation of a Love-type wave and its
failure in a model consisting of a non-local elastic fiber-reinforced material and a …

This paper establishes the concept of elastic wave propagation in a multi-porous medium
with different permeabilities by assuming there are n distinct pore fluid phases. The dynamic …

This study examines the propagation characteristics of flexural edge waves in a functionally
graded poroelastic plate within a thermal environment. A transversely isotropic, functionally …

Guided waves can propagate along the surface of a solid structure at a large distance with
little attenuation. Hidden defects within the structure can be detected based on the abnormal …

An improved understanding of the wave propagation in incompressible soft structures with a
pre-deformation, especially the grasp of viscoelastic effect, could fundamentally catalyze …

This paper investigates the motion of Rayleigh wave fields produced by a seismic surface
pulse in an isotropic micropolar elastic half-space and in a multilayered micropolar media …

The present study is carried out to investigate the traversing of a Love-type wave in a
prestressed anisotropic magnetoelastic stratum (PAMES) bounded between a prestressed …