Abstract 3D structures that incorporate high‐performance electronic materials and allow for
remote, on‐demand 3D shape reconfiguration are of interest for applications that range from …

The development of micromechanical devices (MEMS and NEMS) on the basis of
nanostructured shape memory alloys is reported. A Ti50Ni25Cu25 (at.%) alloy fabricated by …

New composite functional material with shape memory effect (SME) has recently been
proposed and tested for actuation on microscale. The composite nanotweezers have been …

This study reports on the development of a composite material, amorphous–crystalline
TiNiCu alloy ribbons, exhibiting reversible shape memory effect. A Ti–25Ni–25Cu (at.%) …

Bimetallic composite nanotweezers based on Ti2NiCu alloy with shape memory effect
(SME) have been recently proved to allow the manipulation of real nano‐objects, such as …

Recently the new scheme of layered composite with shape memory effect (SME) for thermal
and magnetic actuation was suggested and proved to demonstrate the reversible actuation …

Shape memory effect associated with martensitic transformations is a rapidly developing
field in nanotechnologies, where industrial use of systems established on that effect provide …

Recently we reported on the development of a composite material exhibiting reversible
shape memory effect. A Ti–25Ni–25Cu (at.%) alloy was obtained by the melt spinning …

A bimetal composite, Ti 50 Ni 50–Ti 49.3 Ni 50.7, was produced by explosion welding,
causing a Martensitic transformation. The functional properties of these objects were …

Abstract Thin ribbons of Ti 50 Ni 25 Cu 25 (at%) alloy are produced by melt spinning in the
amorphous, amorphous–crystalline, and crystalline states, depending on the melt cooling …