Structural innovation incorporating bio-inspired composites poses a fresh angle to develop
novel lightweight forms with strengthened mechanical properties, among which a must …

Owing to their superior mechanical properties, eg exceptionally high Young's modulus, high
strength, large specific surface area, and good thermal conductivity, graphene and its …

This article investigates the wave propagation analysis of the imperfect functionally graded
(FG) sandwich plates based on a novel simple four-variable integral quasi-3D higher-order …

The present study investigates traveling wave vibration characteristics of spinning graphene
platelets reinforced metal foam (GPLRMF) joined conical-cylindrical shells (JCCSs) for the …

In the present study, we analyze the nonlinear forced vibration of thin-walled metal foam
cylindrical shells reinforced with functionally graded graphene platelets. Attention is focused …

This paper focuses on the nonlinear buckling responses of the confined functionally graded
porous (FGP) lining with polyhedral shapes reinforced by graphene platelets (GPLs). The …

This paper performs nonlinear vibration analysis of metal foam circular cylindrical shells
reinforced with graphene platelets. An improved Donnell nonlinear shell theory is employed …

The recent studies on dynamical behavior of spinning cylindrical shells are mainly
concerned on the principal and internal resonances, however, there is a lack of study on …

Graphene nanoplatelets (GPL) are becoming an emerging nanofiller in the field of
nanocomposites due to the ease and low cost of manufacturing, which have made it a …

In this paper, nonlinear resonance behavior of graphene platelets reinforced metal foams
(GPLRMFs) plates under axial motion with initial geometric imperfections is investigated …