Additive manufacturing (AM) technologies are currently employed for the manufacturing of
completely functional parts and have gained the attention of high-technology industries such …

Laser cladding of Stellite 6 on stainless steel 13Cr–4Ni has been performed to study the
performance of clad on solid particle erosion (SPE) and cavitation erosion at varied energy …

The paper focuses on the study results of Stellite-6/WC metal matrix composite coatings
(MMC coatings) produced by laser cladding technology using a 1 kW continuous wave Yb …

This paper reports on investigations of wear characteristics of the Stellite 6 coating on AISI
4130 steel substrate using micro-plasma transferred arc (µ-PTA) powder deposition process …

Abstract Machine-tool concepts are becoming increasingly complex to meet the demanding
requirements of advanced applications. This raises per-tool costs for manufacturers and end …

This research aimed to study the effects of laser glazing treatment on microstructure,
hardness, and oxidation behavior of Stellite 6 coating deposited by high velocity oxygen fuel …

Fatigue life study of structures constructed by laser cladding using two types of hardfacing
alloy, Stellite 6 (Co base) and Deloro 40G (Ni base) on AISI 4130 steel substrate was …

This article presents comparative evaluation of microplasma-transferred arc powder
deposition (µ-PTAPD), laser deposition, and plasma-transferred arc deposition (PTAD) …

Laser cladding, one of additive-manufacturing processes, is the directed energy deposition
of a 3-D object on a substrate using an intensely focused energy source of laser. The quality …

This paper describes the characteristics study of single-track and multi-track deposition of
Stellite 6 on AISI 4130 steel substrate by indigenously developed micro-plasma transferred …