In this article we present for the first time an analytical solution to the boundary-value
problem in the classical theory of elasticity for a core-shell cylinder with an eccentric …

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 …

Theoretical model is suggested which describes the misfit stress relaxation near a misfitting
nanowire (NW) having the shape of a long parallelepiped embedded in a nanolayer. The …

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 of axial misfit stress relaxation in core-shell nanowires with hexagonal
cross section of the core through the nucleation of prismatic dislocation loops is suggested …

The misfit stress relaxation via generation of rectangular prismatic dislocation loops at the
interface in core-shell nanowires is considered. The core has the shape of a long …

A solution for a dilatation line which occupies an arbitrary position in an elastic wedge with
free surfaces and an arbitrary apex angle is found for the first time. The analytical …

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 …

The elastic models of radial core-shell nanowires with diffuse interphase boundaries are
suggested. The concept of eigenstrain is employed to consider a misfit stress distribution …