An increase in geriatric population coupled by a growing incidence of different vascular
ailments including peripheral vascular and coronary artery diseases imply that the medical …

In this decade, shape memory alloys (SMAs) are significantly accepted in industrial trade
and biomedical applications due to their unique characteristics of shape memory effect …

Extremely high tool-wear rate in machining of NiTi shape memory alloys (SMAs) is one of
the major reasons for limiting the use of conventional machining processes on NiTi. The …

Nickel–Titanium based shape memory alloys (SMAs) are a unique category of smart
materials that possess remarkable properties like super-elasticity, shape memory effect, high …

Origami‐based techniques for creating 3D shapes from 2D patterns via folding have moved
from the domain of art to practical engineering. Flat sheets are an appealing starting material …

Lasers can be used to bend 2D metal sheets into complex 3D objects in a process called
'laser forming.'Laser forming bends metal sheets by locally heating the sheets to generate …

NiTi thin sheets were ultrasonic spot welded with a Cu interlayer, where different welding
vibration amplitudes were applied to study the influence on the surface and interface …

The aerospace and energy conversion industries utilize superelastic metallic metamaterials
fabricated by additive manufacturing (AM). Currently, printing samples with “residual particle …

Laser heating to generate plastic strains for controlled bending, known as laser forming, is a
promising technique for creating 3D structures based on origami‐inspired principles. Here …

This study focuses on optimizing cutting parameters of NiTiHf high-temperature shape
memory alloys using a multi-objective optimization method. The empirical models are used …