In recent years, the industry has required critical parts with excellent high-temperature
resistance, wear resistance, corrosion resistance, and other properties. Preparing high …

Laser cladding technology has attracted substantial attention in cutting-edge areas of metal
surface repair and remanufacturing research. Nevertheless, excessive residual stress of …

To improve the wear resistance of titanium alloy, in this work, TiC/TiB composite bioinert
ceramic coatings were synthesized in-situ via laser cladding using Ti and B 4 C mixed …

Residual stress is one of the critical parameters affecting the fatigue behaviour of tribological
components, which can be introduced by a thermo-mechanical process such as laser …

Rapid deterioration of critical rail components due to wear and fatigue is a significant
challenge faced by the railway industry. Laser cladding has been applied to straight and …

Stellite 6 is a cobalt-based superalloy which has a good wear and corrosion resistance and
retains these properties at high temperatures. In this study, wire and arc additive …

Applications of 316 stainless steel can be developed by laser cladding of the Co-based
superalloys, which has multiple enhancement properties and creates a small heat affected …

The directed energy deposition (DED) technique was used to deposit a CoCrNiWC medium
entropy alloy (MEA) through a robotic-assisted laser additive manufacturing (LAM) machine …

During laser cladding of repair parts, multiple objectives must be synthesized; however, the
multiobjective optimization of laser cladding is difficult. In this paper, the gray correlation of …

Additive manufacturing (AM) is increasingly viable for the high-volume production of
complex parts due to material and time savings, weight reduction, design optimization, and …