Laser–arc hybrid welding (LAHW) is known to achieve more stable processes, better
mechanical properties, and greater adaptability through the synergy of a laser and an arc …

Due to the increasing necessity for a global reaction to climate change, there is a worldwide
emphasis on achieving carbon peaks and carbon neutrality. In particular, optimizing carbon …

The refined microstructure and enhanced mechanical properties of aluminum alloys
containing Sc have attracted a great deal of attention in the recent past. In this work, a wire …

The metal transfer mode, temperature distribution, flow behavior, and microstructure
characteristic in the process of cold metal transfer plus pulse (CMT+ P) arc manufacturing …

Wire-arc direct energy deposition (DED) technology has proven to offer irreplaceable
advantages in the production of complex, large, and ultra-large components, owing to its …

The widespread use of laser welded aluminum alloys in industrial production offers potential
benefits to sustainable development and socio-economic progress. It simultaneously …

Laser butt welding (LBW) with high quality is widely sought-after, but results in non-
negligible carbon emission (CE). However, predicting bead geometry and CE of LBW is …

Aluminum 6082 alloys are commonly utilized in significant industries because of their
unique characteristics. However, they exhibit poor machinability as a result of their high …

The zero emission characteristics of Electric Vehicles (EVs) play an important role in both
reducing carbon emissions and creating an alternative to fossil-based fuels. Battery capacity …

Large-volume waste products, such as refrigerators and automobiles, not only consume
resources but also pollute the environment easily. A two-sided disassembly line is the most …