Remanufacturing, the process of transforming end-of-life and end-of-use components into
reusable ones, is gaining prominence as one of the essential elements for achieving …

Additive manufacturing (AM) is an advanced manufacturing technology, enabling production
of complex shapes by adding material layer-upon-layer, as distinct from conventional …

Laser cladding process, an efficient surface remanufacturing method, has become a
research hotspot in recent years. Herein, in situ titanium carbide (TiC) and titanium diboride …

Mechanical parts manufactured using additive manufacturing (AM) processes are used in
various fields, such as the aerospace, automobile, and machine tool fields. Recently, many …

Laser additive manufacturing was one attractive method to rebuild the geometric features
and regain a part of the mechanical properties of metallic alloys. But some adverse effects …

To improve the fatigue performance of remanufactured Ti-6Al-4V alloy, the combined laser
cladding and laser shock peening (LSP) processes, as an anti-fatigue remanufacturing …

Multiple-layer laser cladding of 308L stainless steel was obtained by a fiber laser using a
way of wire feeding to repair the surface scrapped or erosive parts of 316L stainless steel …

Laser metal deposition was used to repair grooves on 20 mm thickness 316L stainless steel
plates using two different 316L stainless steel commercial powders–Fe-0.15 C-11.8 Cr-0.15 …

Metal additive manufacturing (AM), being a transformational technology with unique
capabilities, has received considerable attention from both industrial and academic sectors …

To develop a laser cladding technique for repairing rail surface damages due to rolling
contact, wear and rolling contact fatigue characteristics of a set of laser cladded rails were …