The corrosion related issues in oil production can be significantly reduced using the
coatings based on the compounds from the metals of the IVb–VIb and VIII groups and the …

The ball-burnishing process involves a surface plastic deformation that improves the
physical-mechanical properties of manufactured parts. In this work, was used to study the …

Boride layers were grown on the surface of a Co 1.19 Cr 1.86 Fe 1.30 Mn 1.39 Ni 1.05 Al
0.17 B 0.04 high-entropy alloy (HEA) by boronizing at temperatures of 900, 950 and 1000° C …

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 …

Many naturally-derived organic coating has been proposed for corrosion protection of
carbon steel, but its effectiveness is challenged by poor coating adhesion. In this work …

In this paper, a rare earth-Cr composite boronizing method to prepare boride ceramic
coatings for AISI H13 steel was proposed. The effect of rare earth elements and Cr on the …

Wear in moving materials in contact with each other is an inevitable cause of damage. To
prevent this damage, various processes are applied to the material surfaces. The most …

Three different thermochemical coatings were obtained on the surface of an AISI D2 cold
work tool steel under different process conditions through the use of boriding, titanizing, and …

In this work, a novel duplex surface treatment (DST) was done on ASTM (American Society
for Testing and Materials) A-36 steel bar by combining burnishing and boriding processes …

Nanocrystallization is a promising way to increase the toughness of brittle materials. In this
work, to obtain toughened Fe 2 B coating and overcome various limitations of boriding …