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 …

The paper studies the behavior of horizontally polarized shear wave (SH-wave) in an initially
stressed fiber-reinforced viscoelastic composite structure, where the elastic parameters vary …

The present paper deals with the propagation of Rayleigh surface waves in a nonlocal
thermoelastic orthotropic layer which is lying over a nonlocal thermoelastic orthotropic half …

This study showcases the Mathematical modelling of elastic surface waves and the analysis
of dispersion relations of Rayleigh-type of wave in an initially stressed homogeneous porous …

The present investigation envisages on the Mathematical modeling of waves propagating in
a porous micropolar fibre-reinforced structure in a half-space and liquid interface. The …

Complex fluids are of nobleness due to their unique mechanical responses to applied
stress, which are different from simple fluids. Therefore, the current study encapsulated the …

The analysis of surface waves in an initially stressed homogeneous magneto-elastic
material with voids source, corrugated and impedance boundary conditions influenced by …

The present article develops mathematical modeling of Rayleigh wave propagation in a
medium under the influence of inhomogeneity parameter associated with means of …

The present article delves the effect of curved boundary on the propagation characteristics of
Rayleigh-type wave and SH wave in an initially stressed monoclinic media. The present …

This study investigates the behavior of shear-horizontal (SH) waves in viscoelastic
substrates, with a particular focus on wave reflection and refraction phenomena. The …