AlSi11 matrix composites reinforced with SiC particles have been fabricated by high
pressure die casting assisted by ultrasonic mixing. Severe plastic deformation process was …

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 …

We extend the analytical method developed earlier for constructing periodic Green functions
in the case of a half plane with surface stress to the problem on an interaction between the …

Al matrix nanocomposites reinforced with TiC particles have been successfully fabricated by
self-propagating high-temperature reaction during casting from aluminium 1000 alloy and a …

We develop a fast and effective method of multiscale analysis of composite materials with a
complex structure. The complexity of the structure results from the nano− T i C particles of …

A modified self-propagating high-temperature synthesis in bath (SHSB) via cast was
successfully used to produce the aluminium-based composites reinforced by TiC and (Ti, W) …

A new two-dimensional polydisperse model for testing multiphase composites is developed.
The verification of the model is carried out based on the microstructure of two composites …

This study examines the impact of Ti doping on the phase formation and magnetic properties
of Mn–Al–C alloys. Using melt spinning, we synthesized Mn 53. 3− x Al 45 C 1.7 Ti x alloys …

When designing the composition and structure of a composite material intended for
tribological cooperation, many external and structural factors must be considered. The aim of …

The Hashin–Shtrikman approach is generalized and applied to a class of two-phase two-
dimensional random macroscopically isotropic composites. The classic theory of the coated …