This paper has done static and vibration response analysis of the sigmoid functionally
graded piezoelectric (S-FGP) tapered plate under thermo-electric load with different …

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

This research is the first attempt to observe the consequences of the instantaneous thermal
shock on the thermo-elastodynamic response of the initially stressed graphene-reinforced …

In this study, the chemical procedure is presented in the nanomaterial flow, which contains
the astonishing topographies. Nanoparticles contain physical and chemical properties …

The primary purpose of the current study is to develop the constitutive relations for an
isotropic fissured porous solid and an anisotropic fiber-reinforced material in the context of …

A gradient-type theory with flexomagnetic/flexoelectric and micro-inertia effects is used to
study Love wave propagation in the layered magneto-electro-elastic structures. Two …

The paper studies the influence of the initial inhomogeneous thermal stresses on the
dispersion of the axisymmetric longitudinal waves propagating in the bi-layered hollow …

The present paper deals with the analytical study of shear horizontal (SH)-wave propagation
consisting of a microstructural coupled stress layer over a dry sandy half-space beneath the …

This paper aims to develop analytical solutions for wave propagation and free vibration of
perfect and porous functionally graded (FG) plate structures integrated with piezoelectric …

The propagation of Love wave in a phononic crystal consisting of superlattice lithium niobate
substrate carrying a piezoelectric waveguide layer is analyzed. The interface between the …