This work is the first to apply nonlocal theory and a variety of deformation plate theories to
study the issue of forced vibration and buckling in organic nanoplates, where the effect of the …

We present a phase field formulation for fracture in functionally graded materials (FGMs).
The model builds upon homogenization theory and accounts for the spatial variation of …

For multi-layered composite plates made up of different types of material components, each
layer commonly has a different reinforcement angle (angle-ply). In the working process …

The critical energy release rate of the crack is always set as an inherent material property
(constant value) in the phase-field method (PFM) to depict the compression-shear and …

This work for the first time combines the theory of high-order shear deformation and the
phase-field approach to simulate the free vibration response of cracked nanoplates taking …

A thermal postbuckling analysis for composite laminated plates reinforced with graphene
sheets is performed in this research. All of the thermomechanical properties of the composite …

Because structures made of FG material often operate in high temperature environments, it
is critical to understand the mechanical behavior of these structures while taking …

The crack propagation behavior of plane strain micro-plates is studied in this paper using
the modified couple stress theory and the phase-field theory. To the best of our knowledge …

Present research deals with the shear buckling behaviour of composite skew plates
reinforced with aligned single walled carbon nanotubes (CNTs). Distribution of CNTs across …

This paper introduces a semi-analytical approach integrated with Monte Carlo simulation for
stochastic buckling analyses of porous functionally graded plates arising due to the …