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 …

Recently, electric arc-based welding processes have gained significant attention in the
manufacturing sector due to their usefulness for repairing or remanufacturing damaged …

In boride ceramics, Fe 2 B typically functions as the primary wear-resistant phase owing to
its high hardness, but the elastic and ductile-brittle properties of Fe 2 B greatly influence its …

AISI 1040 grade steel is a commonly used steel in industry. In this study, pack boriding of
AISI 1040 steel was carried out in Ekabor-II powder at different temperatures (900° C and …

Layers of iron–nickel Fe-Ni-B-type borides were produced on C45 steel using a new hybrid
treatment variant which combines boriding under glow discharge conditions with galvanic …

In this study, mechanical and electrochemical performance of borided additively
manufactured (AM) and wrought 8620 low alloy steel were investigated and compared to …

In this study, adhesion properties and wear behavior of both AISI 4140 and borided AISI
4140 steels were obtained. The monophasic iron boride layer (Fe2B=~ 22 µm) was obtained …

New results about the influence of a small iron borided layer (~ 36 µ m) obtained by the
powder-pack boriding process (PPBP) and diffusion annealing post-process (DAP) were …

Thermochemical treatments are used for increasing the surface mechanical properties of
iron and steels. The wear on mechanical components caused by sliding contact is an …

A numerical-experimental study of the fracture toughness of iron borides formed on AISI
1045 steel by means of cross-sectional scratch tests has been carried out. Two experimental …