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 …

In this study, the effect of thermochemical boriding on the microstructural properties and high-
temperature wear resistance of cobalt-based Haynes 25 superalloy was investigated …

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 …

Different kinds of materials are broadly employed to manufacture bioimplants. Metals are
commonly used for the fabrication of lower body components such as knee prostheses and …

AISI 316L stainless steel possesses high tensile and rupture strength at low and high
temperatures; therefore, it is employed in several industry fields like manufacturing gas …

Resistance in joint prostheses remains widely studied in terms of wear due to the loose
debris that causes the implant loosening failure. The present work aims to explore the …

High-temperature metallic materials operate in environments with a broad spectrum of
mechanical and chemical conditions, originating typical failures such as steam oxidation, hot …

All the specified thermochemical techniques of boriding in solid, liquid and gaseous media
were characterized and compared in this chapter based on the available literature data. The …

CoCrMo alloys are used in a wide range of applications because of their acceptable fatigue
strength and corrosion resistance. However, CoCrMo-based components exhibit a …

New results about the growth kinetics of nickel boride layers on an Inconel 718 superalloy
were obtained. The nickel boride layers were developed by means of the powder-pack …