Принятые к публикации статьи

Obtaining bimetallic bronze-steel cylinders by wire-feed electron beam additive manufacturing.

Molecular dynamics simulations demonstrate that silicene experiences a smooth decline in mechanical properties accompanied by the formation of inhomogeneous wrinklons as defect size increases, while graphene undergoes a sharp drop in strength at a critical defect size and exhibits uniform ripples. These distinct deformation stages and wrinkle morphologies are directly linked to the atomic structures of silicene and graphene, influencing their mechanical responses under tension.

Forming scheme for a given pressure-time function. The colors on the right graph indicate different points of the shell.

Microhardness distribution in the stir zone after multi-pass FSP along line passing through the center of the stir zone perpendicular to the sample surface.

The compressive deformation of nickel nanoparticles with amorphous and nanocrystalline structures was investigated using molecular dynamics simulations.

Phase diagram in dimensions H-D of skyrmion and non-skyrmion phases

Extremely low resistance and open circuit voltage.

With an increase in the addition of boron carbide to the non-localized electrode from 6 to 9 vol.%, the concentration of theTiB2 phase in electrospark deposited coatings on the Ti–6Al–4V titanium alloy increases dramatically, which leads to a multiple reduction in their wear rate. This is explained by the fact that in this range of B4C concentration, supersaturation of the αTi solid solution with boron occurs.

The figure shows regression analysis of the mass gain curves and the rate of mass gain depending on oxidation time obtained for samples of the TNM, TNZ and TNZ+ alloys in the near duplex (1 and 2) and near lamellar (3 and 4) conditions subjected to oxidation at 800°C.