Rare earth elements (REEs) doping technology can effectively control the microstructure
and improve the quality and performance of materials. This paper summarizes the research …

Additive manufacturing of TC4-NiTi alloy components posed many challenges due to the
significant differences in their material properties. No previous literature has been found to …

Recently, laser powder bed fusion of nitinol alloys (LPBF-NiTi) has attracted much attention
due to its ability to precisely form complex parts. However, the wear and corrosion resistance …

Additive manufacturing (AM), as a revolutionary technology, enables the fabrication of
complex shape memory alloy (SMA) components with unprecedented degrees of freedom …

Alloying treatment is a common method to enhance metallic properties, but its application in
laser powder bed fusion (LPBF) is still very limited, especially for LPBF-NiTi alloys. Rare …

Multifunctional metal-based materials have excellent electromagnetic interference (EMI)
shielding effectiveness (SE) and soft magnetism in the military application. In pursuit of …

To fabricate complex structures made of nitinol (NiTi), additive manufacturing (AM) has
drawn significant interest. However, due to its high microstructural and compositional …

Concerning the high demand for lightweight and multifunctional properties of engineering
structures, the coral skeleton-inspired sheet-based (CSS) structure, which was a novel bio …

Laser powder bed fusion of 316L (LPBF-316L) has been known to exhibit high ductility but
low strength, along with strong corrosion resistance and weak anti-friction properties …

Abstract The ternary NiTi+ 3Cu parts were produced using selective laser melting (SLM) with
the addition of 3 wt% Cu nanoparticles. The incorporation of Cu nanoparticles resulted in the …