Insight into the mechanical characteristics of nanoscopic structures is of fundamental interest
and indeed poses a great challenge to the research communities around the world. These …

This paper presents a literature review of recent research studies on the applications of
nonlocal elasticity theory in the modeling and simulation of graphene sheets (GSs). The …

Using an exact analytical approach, free vibration analysis of thick circular/annular FG
Mindlin nanoplates is investigated in this paper. Eringen nonlocal elasticity theory is …

Graphene-polymer nano-composites are one of the most applicable engineering
nanostructures with superior mechanical properties. In the present study, a finite element …

In this article, the nonlinear buckling characteristics of multi-layered graphene sheets are
investigated. The graphene sheet is modeled as an orthotropic nanoplate with size …

This paper introduces a novel approach for small-scale effects on nonlinear free-field
vibration of a nano-disk using nonlocal elasticity theory. The formulation of a nano-disk is …

Based on the nonlocal elasticity theory, the vibration behavior of circular double-layered
graphene sheets (DLGSs) resting on the Winkler-and Pasternak-type elastic foundations in …

Based on vibration analysis, single-layered graphene sheet (SLGS) with multiple attached
nanoparticles is developed as nanoscale mass sensor in thermal environments. Graphene …

In this paper, an investigation on the transient analysis of single-layered graphene sheets
(SLGSs) is performed using the element-free kp-Ritz method. The classical plate theory is …

In the present study a continuum model based on the nonlocal elasticity theory is developed
for free vibration analysis of embedded orthotropic thick circular and elliptical nano-plates …