In this study, free vibration analyses of embedded carbon and silica carbide nanotubes lying
on an elastic matrix are performed based on Eringen's nonlocal elasticity theory. These …

The behavior of materials at the nanoscale cannot be studied by classical theories.
Accordingly, new theories have been developed to predict the behavior of materials at the …

For the first time, forced resonance vibration of Graphene Nano-Platelets (GNPs) reinforced
Functionally Graded Polymer Composite (FG-PC) nanoplates is studied. The effective …

Nonlocal strain gradient integral model of elasticity, extension of the fully nonlocal integral
law, is widely adopted to assess size effects in nano-beams. The bending moment is sum of …

This study presents the frequency analysis of a size-dependent laminated polymer
composite microtube using a nonlocal strain-stress gradient (NSG) model. By applying …

In this work, a unified high-order nanobeam model considering various high-order shear
deformation beam theories is established to investigate the vibration response of nanobeam …

A nonlocal model is formulated to study the size-dependent free transverse vibrations of
nanobeams with arbitrary numbers of cracks. The effect of the crack is modeled by …

In this work, we provide an analysis of the bending and buckling properties of functionally
graded (FG) nanobeams with trigonometric function-dependent porosity distribution. Herein …

Size-dependent axial and flexural free vibrations of Bernoulli–Euler nano-beams are
investigated by the modified nonlocal strain gradient elasticity model presented in (Barretta …

The stress-driven nonlocal integral model of elasticity for 1D nano-structures (Romano &
Barretta, 2017a) is extended in this paper to Kirchhoff axisymmetric nano-plates. The …