Present study aims to investigate the non-linear stability and vibration characteristics of
randomly distributed carbon nanotube reinforced fiber composites (RD-CNTRFC) under …

This study aims at investigating the size-dependent free vibration of porous nanoplates
when exposed to hygrothermal environment and rested on Kerr foundation. Based on the …

This present paper concerned with the analytic modelling for vibration of the functionally
graded (FG) plates resting on non-variable and variable two parameter elastic foundation …

This research aims to characterize the vibration and damping properties of epoxy
composites modified with pristine and amino‐functionalized graphene nanoplatelets (GNPs) …

This paper investigates the effect of linear and non-linear distribution of carbon nanotube
volume fraction in the FG-CNTRC beams on the critical buckling by using higher-order shear …

In this paper, a three-dimensional geometrically exact model is developed for cantilevers, for
the first time, which allows for accurate analysis of oscillations of extremely large amplitude …

The aim of this present research is the effect of the higher-order terms of the governing
equation on the forced longitudinal vibration of a nanorod model and making comparisons …

The aim of this research is to investigate the impact of a viscoelastic foundation on the
vibration of a curved beam structure with clamped and simply-supported boundary …

Noise reduction in structures and human living environments is one of the most important
issues in engineering that is always given special attention. Sound insulation has always …

This contribution aims to study the free vibrations behavior of viscoelastic functionally
graded (VFGM) annular plates using the first-order shear deformation theory. The Zener …