Dislocation-free core-shell nanowires are a promising material for quantum communication
devices. The synthesis of such nanowires is associated with many expensive experiments …

The misfit strain relaxation via generation of partial and perfect misfit dislocations and their
dipoles at the interface in core-shell nanowires with faceted cores is considered. The core …

The theoretical model of axial misfit stress relaxation in polyhedral core–shell nanowires
through the nucleation of prismatic dislocation loops is suggested. Different sites of …

A theoretical model is proposed for stress relaxation in decahedral core-shell nanoparticles
through formation of circular prismatic misfit dislocation loops at the core-shell interface. The …

The initial stages of misfit stress relaxation through the formation of rectangular prismatic
dislocation loops in model composite nanostructures have been considered. The …

For the first time, we suggest a theoretical model, which describes the misfit stress relaxation
in spherical core-shell nanoparticles with axisymmetric truncated spherical cores through …

Negative Poisson's ratio (NPR) materials, also known as the auxetic materials, expand their
lateral dimensions under uniaxial tension and contract under compression. The Poisson's …

This work is devoted to the memory of our friend and colleague Igor Sevostianov, who did a
great contribution to micromechanics of inhomogeneous solids. Elaboration on new models …

The strain relaxation of an axisymmetrical precipitate embedded in a semi-infinite matrix with
a planar free-surface has been theoretically investigated through the generation in the …

A brief review of solutions of boundary-value problems in the theory of elasticity for defects in
nanoscale and nanocomposite solids, which were found during the last three decades in the …