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 study the mechanical behavior of FeB and Fe2B layers formed at the surface of AISI
D2 steels was estimated by the Berkovich nanoindentation technique. The boriding of AISI …

New fracture toughness (KC) data for cobalt boride (CoB and Co 2 B) coatings were
obtained using the Vickers depth-sensing microindentation technique. The coatings were …

In the present study, the effects on hardness and resistance to corrosion by boride coating
on steel ASTM A-36 are reported. This steel is widely used in the metal-mechanical and …

This study was carried out to investigate the fracture toughness of boride layers in ductile
irons using a Vickers indentation method and to demonstrate the method's reliability. For this …

In this study, mechanical properties of borided low carbon steels were investigated with
different testing methods namely tensile, Erichsen cupping and three-point bending tests …

Boriding has attracted great interests in improving mechanical performance of materials. The
high processing temperature and the relatively thin boride layer, however, have limited its …

This study examines the properties of nanobased dental restorative materials with
nanoindentation method in a precise, repeatable, and comparable way. Microhybrid and …

In the present study, AISI 8620 steel was plasma paste boronized by using various borax
paste mixtures. The plasma paste boronizing process was carried out in a dc plasma system …

The present study uses interfacial indentation testing to estimate the adhesion of the
FeB/Fe2B coating formed on the surface of borided AISI 316 steel. This technique creates …