The present study investigates the wave propagation characteristics of porous, multi-
directional, functionally graded (FG) nanoplates embedded in a Kerr-elastic substrate. A first …

This study analyses the bending of helicoidal laminated composite plates, inspired by
biological helicoids. The analysis employed Navier solution-based shear deformation …

In the present work, a novel refined three-variable quasi-3D shear deformation theory
incorporates a correction factor is developed to analyze the buckling behavior of multi …

The fault zone plays a vital role in the internal force responses of the tunnel. An analytical
solution of the tunnel under the fault zone creeping is developed by taking account of normal …

In the present study, the thermo-mechanical behavior of two-directional functionally graded
porous-auxetic metamaterial rotating disk (2D-FGPAMRD) has been analyzed. The rotating …

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 …

In-situ resource utilization is extremely important to not only support additive construction on
the Moon but also to minimize the weight of transportation. The work outlined in this study …

This study aims to examine the dynamic characteristics of a sandwich composite nanoplate
when exposed to a nano damper–spring–mass stimulator. The composite structure consists …

Abstract Three two-dimensional (2D) refined models are devised for the analysis of
orthotropic thin plates with part-through surface and internal cracks under in-plane forces …

In this paper, an approach is presented for analyzing the substructure of a slab track. The
approach involves deriving a semi-analytical solution of the double-beam model, which …