Over the 2010s technological improvements allowed metal additive manufacturing to
graduate from a prototy** tool to a widespread, full-scale manufacturing process. Among …

The increasing demand and complexities within the manufacturing sector to fabricate
composite materials, particularly bimetallic products for manufacturing industry, have led to …

The paper presents a comprehensive study on the titanium and aluminum clads
manufactured by explosive welding. Particularly, the microstructure evolution of the Al/Ti …

This paper presented a systematic study of microstructure and mechanical properties of
Cu/Fe explosive-bonded interfaces. The periodic wavy bonding structure with both vortex …

In this study, forty-layered Ti-Al composites were fabricated in a single-shot explosive
welding process. The structure of the composites was thoroughly investigated using …

The explosive welding process is widely used for fabrication of layered composites.
However, many problems connected with microstructure formation near the interface during …

In this study, commercial pure Ti is employed to strengthen AZ31 alloy by fabricating Mg/Ti
laminated composite via hot rolling bonding. Strong interfacial bonding between the AZ31 …

Abstract Eleven-layered AZ31/AA1050 composite plates were fabricated using a single-shot
explosive welding process. The microstructural evolution of the interfacial layers were …

In the pursuit of advancing the aerospace application of carbon fiber-reinforced aluminum
matrix (CF/Al) composites, achieving a balance between strength, toughness, and a reduced …

In this paper, the solid-state welding and fusion welding of high-entropy alloys (HEAs) were
reviewed. For solid-state welding of HEAs, the influence of microstructure change and …