The nonlocal integral elasticity and the modified strain gradient theory are consistently
integrated in the framework of the nonlocal modified gradient theory of elasticity. The …

In the present paper, nonlocal couple stress theory is developed to investigate free vibration
characteristics of functionally graded (FG) nanobeams considering exact position of neutral …

Using an energy-based method, this paper sought to analyze dynamic stability and
parametric resonance of single-layered graphene sheets (SLGSs) embedded in thermal …

In this paper, the dynamic instability of double-walled carbon nanotubes (DWCNTs)
enclosed by an elastic medium under parametric excitation of sequential moving …

The present study introduces an analytical–computational model to simulate the effects of
different simultaneous aspects on the behavior of nanobeams. The first one deals with the …

By ignoring van der Waals interaction between adjacent graphene layers, the whole layered
collection may be modeled as a single-layer nanoplate with variable thickness. Noting such …

In the present study, the problem of stability and vibration of a square single-layer graphene
sheet under body force is studied using Eringen's theory. The body force is constant and …

An atomistic–continuum approach, in which the constitutive model is derived from the lattice
structure of graphene, is developed to simulate the mechanical behaviors of graphene. The …

In this article, a novel method, namely full modified nonlocal (FMNL) theory, for bending and
buckling analysis of simply supported rectangular nano plates has been proposed. In this …

In this research, the SURFACE STRESS EFFECT on the nonlocal vibration of piezoelectric
square plate reinforced by single walled carbon nanotubes (SWCNTs) based on classical …