The boriding process is a branch of materials heating treatments that studies the
improvement of the mechanical properties in steels and alloys. Recently, the borided trends …

FeB and Fe 2 B hard ceramic phases were produced in Armco iron using gas-boriding in N
2–H 2–BCl 3 atmosphere. This process was carried out at 920° C (1193 K) for 3 h and …

In this paper, significant results about the evaluation of the influence of wear test factors such
as load, distance, and sliding speed are analyzed to determine the statistical behavior of the …

This study explores the transformative potential of boriding to enhance the tribocorrosion
resistance of mooring chain steel for offshore environments. The boride layers formed at …

In this study, wear and corrosion behavior of a novel borided high manganese steel (HMS)
produced by the researchers was investigated. After the sheets were cold-rolled, they were …

Abstract The boriding of 4Cr5MoSiV1 steel was performed in the temperature range of 860°
C–980° C to examine the influence of boriding conditions on the boride layers. The …

The performance of iron boride coatings on carbon steel (cs) produced through thermal
diffusion was investigated under tribo-corrosion conditions and compared with bare CS and …

Boride layer characterization and dry sliding wear behaviors of borided H13 steel at different
durations and temperatures with nanoboron powder have been investigated. A single phase …

This work provides a comparative and comprehensive study of the indentation hardness and
indentation modulus of iron-rich borides and carboborides of types Fe 2 B, Fe 3 (C, B), and …

First-principles calculations are performed to study pressure effects on structure, magnetic
and mechanical properties of Fe x B (x= 1, 2, 3) compounds using density functional theory …