Abstract In this research, Laser Cladding (LC) of three different alloys powders, two iron-
based (AISI 4140 and SS420) and a Cobalt-based (Stellite 6) was performed on a Grey Cast …

Lamellar grey cast iron (type A) with a pearlitic matrix has excellent vibration damping
properties, good thermal capacity and conductivity, good castability and machinability. Such …

In this study, grey cast iron disc brake rotors are refurbished by adding a surface layer
through laser cladding. Current methods to deal with replaced rotors mainly include …

The aim of this study is to investigate the influence of laser cladding Fe-based alloy on
microstructure and wear characteristic of wheel/rail materials using a rolling–sliding wear …

This study explores the role of lanthanum oxide on the wear and contact fatigue damage
resistance of laser cladding Fe-based alloy coating on the wheel and rail materials under oil …

Laser cladding is among the critical processes for repairing and strengthening cast iron
parts. To further improve the application of laser cladding on cast iron and provide a feasible …

This study intends to investigate the feasibility of using laser cladding as a potential process
to repair hot working tools by a hardfacing process. A Stellite 21 alloy coating was printed on …

Wear is the leading cause of brake disc failure. However, laser cladding technology
provides a fast and environmentally friendly method to repair brake disc damage caused by …

Laser cladding could be applied on railway wheels to improve their service lives. Fe-based
alloy powder is widely used as the laser cladding material due to its good self-fluxing ability …

The stellite 12 layer was applied on H13 steel by laser cladding to increase the surface wear
resistance at high-temperature. The tribological performance of stellite 12 laser cladding …