IMDEA and UPM have developed deformable woven nitinol metamaterials that combine metal strength with textile flexibility.

Researchers have developed a design-driven methodology that significantly increases the deformability of 3D printed nitinol.

Nitinol's name is derived from its alloy composition and place of discovery; Nickel Titanium and the Naval Ordinance Laboratory in America. In 1959, William J Buehler attempted to design better ...

As an extremely versatile product, nickel-titanium (nitinol) has been in high demand for the production of various medical devices since well before the start of the coronavirus pandemic. Today, a ...

The work was sponsored by Russian Science Foundation; the project, headed by Professor Anatolii Mokshin, is titled "Theoretical, simulating and experimental research of physico-mechanical traits of ...

A recent study in Scientific Reports explored how volume energy density (VED) during laser powder bed fusion (L-PBF) affects the microstructure and corrosion resistance of NiTi alloys (Nitinol). The ...