Currently, ceramics are widely used in various industry branches, especially in energy,
chemistry, and aerospace, as well as in medicine. Yttria-stabilized zirconia (YSZ) having …

The work is dedicated to the comparative study of a Co-28Cr-6Mo alloy fabricated by two
methods (forging and laser bed fusion (LPBF)), in terms of micro-mechanical, corrosion, and …

The increase in exploitation durability of two-layer cast rolls with the working layer made of
high chromium cast iron allows one to significantly improve the quality of rolled metal as well …

The novel hybrid concept of multi-component high‑boron cast irons for wear applications is
proposed in this work. The effect of 1.59–3.57 wt% boron on the crystallization path and …

Structural rolled steels are the primary products of modern ferrous metallurgy. Consequently,
enhancing the mechanical properties of rolled steel using energy-saving processing routes …

Improvement of wear, corrosion, and heat-resistant properties of coatings to expand the
operational capabilities of metals and alloys is an urgent problem for modern enterprises …

Abstract Selected Laser Melting fabricated 316L steel was studied to reveal its
microstructural features and the wear properties under dry sliding against counter ball made …

This paper is devoted to the evaluation of the “three-body-abrasion” wear behaviour of
(wt.%) 5W–5Mo–5V–10Cr-2.5 Ti-Fe (balance) multi-component (C+ B)-added alloys in the …

This article presents the systematic data on the effects of carbon and boron on the
microstructure and phase elemental composition of the hybrid multi-component alloys …

In this paper, enhancing the tribological characteristics of novel cast metallic materials—
hybrid multi-component cast irons—by applying a strengthening heat treatment is described …