The purpose of the current study is to address the nonlinear buckling and postbuckling
response of nanoscaled cylindrical shells made of functionally graded material (FGM) under …

The effect of applying different surface elasticity models related to the Gurtin–Murdoch and
Steigmann–Ogden theories to the problem on an interaction of a dislocation row with a flat …

This paper proposes an application of continuum-based concepts in the analysis of an
axisymmetric rigid frictionless indentor acting on an isotropic, linearly elastic half-space …

A modified continuum model is developed to predict the postbuckling deflection of
nanobeams incorporating the effect of surface stress. To have this problem in view, the …

Fundamental investigations into mechanical behaviour and properties, eg elasticity,
plasticity, hardness, toughness, strength and failure, exhibited at the nanoscale have …

In this paper, a penny-shaped crack in an infinite elastic medium subjected to vertical
pressure loading at the crack surface under the influence of surface stress is considered …

The 2-D problem of interacting periodic set of edge dislocations and point forces with planar
traction-free surface of semi-infinite elastic solid at the nanoscale is considered. Complex …

The main purpose of the present study is to examine the axial buckling and postbuckling
response of cylindrical nanoshells made of functionally graded (FG) materials in the …

In this work, modeling and analysis for size-dependent buckling and postbuckling behavior
of cylindrical nanopanels under axial compression in thermal environments are presented …

Influence of surface energy on an interaction problem between a flexible circular nanoplate
and a nanolayer is examined by using a variational formulation and the GM surface theory …