Additive manufacturing (AM) or 3D printing is a promising industrial technology that enables
rapid prototyping of complex configurations. Powder Bed Fusion (PBF) is one of the most …

The capabilities in synergistic advancements of both making and shaping afforded by
additive manufacturing (AM) enables the flexible production of high-performance …

Organic polymer materials, as the most abundantly produced materials, possess a
flammable nature, making them potential hazards to human casualties and property losses …

This paper focuses on the effects and mechanisms of rare earth and calcium on the flame
retardancy of magnesium alloys. Rare earth elements form dense composite oxide films on …

Spatter during laser powder bed fusion (LPBF) can induce surface defects, impacting the
fatigue performance of the fabricated components. Here, we reveal and explain the links …

While titanium (Ti) alloys offer significant advantages, such as high strength and corrosion
resistance, their widespread utilization in various engineering sectors is hindered by their …

Metal additive manufacturing (AM) is an innovative manufacturing method with numerous
metallurgical benefits, including fine and hierarchical microstructures and enhanced …

The heat generated during the cutting process of titanium alloys and superalloys is a
significant limitation that affects machining quality. Excessive heat can accelerate tool wear …

High-performance 24CrNiMo steel was fabricated using Laser Powder Bed Fusion (LPBF).
Subsequent quenching treatment was applied and the influence of quenching temperatures …

Complex environments in advanced manufacturing usually involve ultrafast laser or ion
irradiation which leads to rapid heating and cooling and drives grain boundaries (GBs) to …