In this paper, Shi's high-order shear deformation theory (HSDT) is introduced to compute the
free vibration of the cracked functionally graded material (FGM) plates according to the …

The main objective of this study is to investigate the buckling analysis of CCSs reinforced by
CNTs subjected to combined loading of hydrostatic pressure and axial compression resting …

This article presents a numerical method for analyzing the compressive buckling of porous
power-law functionally graded (PPFG) plates placed on Pasternak foundations, which is …

Present paper undergoes with the analysis of the post-buckling behaviors of multi-scale
hybrid nanocomposite beam-type structures manufactured from both macro-and nanoscale …

This paper studies nonlinear stability behavior of a nanocrystalline silicon curved nanoshell
considering strain gradient size-dependency. Nanocrystallines are composite materials with …

A multi-scale epoxy/CNT/fiberglass annular sector plate is studied in this paper in the view of
determining nonlinear forced vibration characteristics. A 3D Mori-Tanaka model is employed …

Based on a refined shear deformation finite strip, transient vibrations of graphene oxide
powder (GOP) reinforced plates due to external pulse loads have been investigated. The …

Considering inverse cotangential shear strain function, the present paper studies nonlinear
stability of nonlocal higherorder refined beams made of metal foams based on Chebyshev …

In this paper, new tangent shape function-based higher-order transverse shear deformation
theory (NTHSDT) is proposed to compute the buckling behavior of the elastically supported …

In the context of classic conical shell formulation, nonlinear forced vibration analysis of
truncated conical shells and annular plates made of multi-scale epoxy/CNT/fiberglass …