Magnesium alloys are promising for hard tissue implants due to stupendous advantages
including biodegradability and similar mechanical properties to natural bone. However, high …

To obtain the lightweight, high strength, and high damping capacity porous NiTi alloys, the
microwave sintering coupled with the Mg space holder technique was employed to prepare …

In this study, NiTi alloys with different porosity were prepared using metal injection molding
combined with the powder space-holder method (MIM-PSH). The microstructures …

Excellent mechanical properties and biocompatibility are the most sought-after attributes in
biomedical materials for the regeneration of damaged tissues. However, conventional dense …

Porous NiTi alloys were manufactured by integration of gel-casting and microwave sintering.
The effects of sintering temperature on porosity, compressive strength, pore morphology and …

In this paper, porous NiTi intermetallic was synthesized via a modified thermal explosion
(TE) method, utilizing Ni (74 μm, 38 μm, 5 μm, 100–200 nm) and Al element powders as raw …

Nitinol (NiTi) is an intermetallic compound and a member of the shape memory alloy family.
This widely used material has unique properties such as biocompatibility, superelasticity …

In this paper, microstructure and phase formation of ternary Ni-Ti-Si nanocomposite
synthesized by SHS method with the aim of preparing a precursor of high entropy alloys with …

Porous NiTi shape memory alloys (SMAs) possess compatible mechanical properties with
human bones and can effectively reduce the risk of stress shielding and stress …

Porous Ni-Ti shape memory alloys (SMAs) have been widely studied in biomedical and
engineering applications. Porous Ni-Ti SMAs were obtained via self-propagating high …