In order to improve the bonding strength of FeCoCrNiMn cladding layer, laser power,
scanning speed and powder feeding rate were selected as the optimization variables; the …

As a new remanufacturing technology, laser cladding can repair damaged parts in large
valves in nuclear power plants. The objective is to enhance the surface morphology quality …

The automotive industry's relentless pursuit of improved safety, performance, and durability
has spurred a continuous search for innovative solutions for crucial components like brake …

Cast iron is widely used in engineering production and in the surface alloying of workpieces,
which is exploited to improve the properties of the material. Research on cast iron is still …

This research comprehensively analyzes the friction and wear behavior of composite friction
materials when dry sliding against grey cast iron and laser-clad nickel-based (LC1) and iron …

Laser cladding (LC) is a promising technique to overlay a protective coating on grey cast
iron (GCI) brake discs to enhance the wear and corrosion resistance. This study utilized a …

The purpose of this study was to investigate the effect of Al content on Fe–Ni–Al coatings. A
Fe–Ni–Al coating was prepared using a semiconductor laser, and the influence of the Al …

To predict the geometric characteristics and improve the forming quality and macro-micro
defects of multi-track overlapping cladding layer effectively, the experimental research of …

The M2 coatings on medium carbon steel were prepared using a laser cladding process,
and the microstructure and microhardness of the coatings were studied. The results show …

A microwave hybrid heating technique was used to develop a protective composite cladding
of Ni-13% WC8Co over AISI-316 stainless steel. The metallurgical and mechanical …