Graphene is playing an important role in the enhancement of new composite materials and
is capable of enhancing the performance and functionality of many applications. Graphene …

Nonclassical continuum theories of elasticity (NCTE) have been extensively used in the
mechanical analyses of small-sized structures due to their effective and tremendous ability …

A unified approach is applied for determining both strain-and stress-driven differential
formulations of Timoshenko nano-beams in presence of loading discontinuities. The …

The cyclic behavior and dissipative properties of pantographic fabrics are analytically and
experimentally investigated in this paper. To these purposes, a two-dimensional second …

This study explores the thermo-viscoelasticity response of annular disks made of a
functionally graded graphene platelet reinforced composite (FG-GPLRC). Random …

In this work, wave propagation in viscoelastic Timoshenko nanobeam under surface stress
and magnetic field effects is studied. The governing equations of the non-local strain …

This work proposes a multiscale numerical method that can be used to study the static,
dynamic and buckling behavior of functionally graded (FG) beams reinforced with graphene …

This study explores the effects of porosity as well as nonlocal parameter on both low-and
high-frequency free vibration behaviors of functionally graded nanoplates for the first times …

Nonlocal continuum theories are investigated in the case of non-smooth fields representing
the most general condition in mechanics of nanobeams. The treatment starts from the …

Dynamics of pantographic sheets presents exotic aspects that deserve investigation. In this
paper, we focus the attention on some possible modalities of non-linear wave propagation in …