Advanced welding processes for structural materials are gaining increasing importance for
strategic applications in nuclear, aerospace, automobile, and defence sectors. These …

Phase change is a phenomenon that has been extensively utilized in chemical engineering,
energy, electronics, vehicle, and space exploration. From both the science and engineering …

Ni60A alloy coating prepared by laser cladding is limited by the high cracking susceptibility.
In this study, the crack-free Ni60A coating is obtained by selecting suitable process …

Laser beam reflection plays a significant role in the temperature development history during
various laser material processes. Different from other processes where laser beam reflection …

This paper presents a pioneering approach, Bayesian machine learning (ML), for the
estimation and characterization of critical laser welding features in Aluminum alloys …

In laser keyhole welding process, the penetration state is an important index to evaluate the
quality of weld seam. In this paper, an innovative deep learning-based monitoring system …

In this study, laser metal fusion with feedstock wire is addressed. We investigated how
various process parameters affect the fraction of beam energy that is absorbed by the wire …

To obtain a better joint quality in butt welding of aluminum, the gap filling process and the
quantification of the gap effects on the molten pool characteristic and the bubble formation …

A systematic and accurate analysis of microstructural evolution in the interlayer regions of
multilayer welded joint is of great importance for in-depth understanding of influence …

A novel, new approach of narrow gap laser wire feeding welding (NG-LWFW) with
electromagnetic assisted wire wobbling is proposed to solve incomplete sidewall fusion and …