The author of the paper proposed a model of joint plastic deformation of two metals in cold
state. That model is based on a well-known" oxide" hypothesis. It was demonstrated …

The aim of this contribution was to study the performance of cladded low-carbon steel
(ASTM A283 Grade C) to austenitic stainless steel (ASTM A240 type 316/AISI 316) using hot …

In the present paper, a systematic study on the deformation behaviour of an oxidized high
speed steel (HSS) during nanoindentation has been conducted. Specimens cut from a HSS …

The solidification microstructure, types of eutectic borocarbides, heat treatment properties
and wear resistance of steel with x wt% B–0.4 wt% C–6.0 wt% Cr–4.0 wt% Mo–1.0 wt% Al …

In the present study, a high chromium cast iron (HCCI) as the high hard and wear-resistant
layer was bonded on the surface of low carbon steel (LCS) at 1633 K. The microstructure …

In this study, low carbon steel oxides were obtained at different temperatures between 800°
C and 1200° C in air. The surface roughness values of these oxides were found to be …

In this work, the high temperature wear behavior of Casingle bond Ti modified high-boron
high-speed steel is investigated. The results indicate that the microstructure of the alloy …

In this work, the effect of solidification rate on the microstructure and impact toughness of
high boron high speed steel is systematically investigated. The theoretical and experimental …

High-speed steel (HSS) rolls are essential critical components in the steel rolling industry.
Unfortunately, the working layer material has poor machinability via conventional grinding …

Thermal fatigue resistance of a high Cr hot work roller steel is evaluated at 500, 600 and
700° C. Surface layer degradation was investigated and characterised after a finite number …