Abstract Shape Memory Alloys (SMAs) are metals with unique properties that allow them to
revert to a predefined shape when heated. Thermal and thermo-mechanical treatments can …

Exploring shape memory alloys (SMAs) is like diving into a world of material magic,
especially when combined with additive manufacturing techniques. This detailed review …

Interlocking metasurfaces (ILMs) are a newly developed joining technology that relies on
arrays of interlocking features that transmit force and constrain motion between adjoining …

Binder jetting additive manufacturing (AM) has emerged as a promising technique for mass-
producing items, especially when using metallic materials that are challenging to fabricate in …

A wide process space with laser power (P) of 50~ 400 W and scanning speed (s) of 50~
2400 mm/s with the energy density (ED) range of 93–556 J/mm 3 has been employed to …

Powder bed fusion-laser beam with metals (PBF-LB/M) can be used to manufacture intricate
NiTi components. However, the ductility of NiTi alloys printed by PBF-LB/M is generally∼ …

This study aims to examine the effects of milling time on the morphological, structural, and
magnetic properties of nanostructured Ni 50 Ti 50 powders prepared by high-energy …

The influence of annealing at a temperature of 980° C on the microstructure, phase
composition, and microhardness of the additively manufactured TiNi-based material has …

The appearance of additive manufacturing technology, especially laser powder bed fusion
(LPBF), has injected new vitality into the preparation of NiTi alloy. However, the lack of …

Nickel-titanium offers a promising alternative to traditional actuation devices due to its shape
memory effect (SME) large strain recovery, and damping capability. Shape memory alloy …