How does the size and shape of a Nitinol device affect its performance, potentially linked to composition-dependent properties?

Nitinol tubes were manufactured from Standard Grade VIM-VAR ingots using Tube Manufacturing method "TM-1." Diamond-shaped samples were laser cut, shape set, ... We use archwires made from this clever metal alloy to move your teeth efficiently and reduce the frequency of adjustments. A novel fluidic actuation system has been developed for in situ imaging of anatomic tissues. The actuator consists of a micromachined superelastic tool guide ... The material has unique super-elastic and shape-memory properties [4]. The alloy is comprised of approximately equal compositions of nickel and titanium, ... In this lesson you analyze an Orthodontic archwire made of Nitinol. The archwire has a rectangular cross section of dimensions 0.635X0.432 mm. Key Words: Nitinol; Shape-memory alloy; Martensite; Austenite; Abdominal aortic aneurysm; Stent; Biocompatibility. Introduction alloy of copper and zinc, ... Jun 17, 2020 ... The heat effect comes because there are 2 possible atomic arrangements of NiTi. When the atomic arrangement switches from the low temperature ... Increases sensitivity to catch light-biting fish! Made with Titanium and Nickel, the Clam Nitinol Spring bobbers are highly sensitive, kink-free, ... Apr 15, 2003 ... In summary, stents made of nitinol, platinum, and cobalt-alloy have negligible susceptibility effects but stents made of stainless steel may ... CliP made of superelastic nitinol; Self-retaining; Standardized coupling; Crimp-free coupling; Rounded distal end of the prosthesis; Rounded between the ...