Graphene nanoplatelets (GPL) are becoming an emerging nanofiller in the field of
nanocomposites due to the ease and low cost of manufacturing, which have made it a …

The prime objective of the present investigation is to analyze the nonlinear buckling and
postbuckling characteristics of micro/nano-plates made of a porous functionally graded …

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 …

This work provides a comparative analysis of the effect of nanovoids distribution associated
with trigonometric functions on forced mechanical characteristics of functionally graded …

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 the present manuscript, based on the nonlocal strain gradient theory, a nonclassical
dynamic finite element model is developed to study and analyze the dynamic behavior of …

Vibrations and buckling of thin laminiated composite nano plates in hygrothermal
environment are investigated using second-order strain gradient theory. Hamilton's principle …

As a first endeavor, the dynamic analysis of functionally graded graphene nanoplatelets
reinforced composite (FG-GNPRC) cylindrical nanoshell subjected to a moving harmonic …

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

In the present paper, the effects of material properties, nonlocal parameter, Lorentz and
electric forces on maximum static deflections and natural frequencies of actuated hybrid …