Abstract Alloys of the Fe–Cr–C–B–Ti alloy system are characterized by brittleness, which
can be eliminated by the copper alloy, while corrosion resistance and abrasive wear …

In the present study, the new" casing-friendly" hardbanding alloy based on high-manganese
steel reinforced with complex carbide particles was developed by combining thermodynamic …

In this research, the mechanical and tribological properties of two deposited metal of Fe-C-
Cr-B-Ti alloying systems. In this study, comparative tests of the deposited metal hardfacing …

We present an in-depth discussion of the magnetic ground state of α′′-Fe16N2 within the
framework of the density functional theory (DFT). The exchange–correlation effects are …

The paper analyzes brake elements' materials and coatings and considers temperature
distributions in friction elements. The authors used the finite element method to study brake …

Additive technologies for making products by laser melting of powders have been rapidly
developed recently. However, such technologies impose increased requirements on the …

Currently, the direction of materials' research, in which the martensitic transformations are
observed, is intensively developed. This is due to the fact that, in the martensitic …

In this work, we review and analyze a nature of the magnetic effects by means of illustrations
for some representative substitutional alloys based on transition metals, particularly, on an …

The practice of industrial application has shown that among the existing methods, the
combination of chemical exposure and thermally activated diffusion of atoms of alloying …

The paper analyses the operating conditions of band-pad brakes of drilling winch, materials
and coatings for strengthening the metal elements of friction pairs. Methods of researching …