Shape memory alloys (SMAs) are increasingly used in a wide range of thermomechanical
and thermoelectric applications that are of a macro-, micro-and nano-scale. Though the use …

In the research area of shape memory alloys (SMAs), which are one of the most utilized
class of smart materials, many additive alloying metal elements have been incorporated into …

Micro/nano scale thin-film shape memory alloys (SMAs) have been used in many different
miniaturized systems. Using them as thin-film metal components in fabrication of Schottky …

This work is based on fabrication and photoelectrical characterization of a new Schottky type
metal-semiconductor photodiode including the thin film CuAlMnNi shape memory alloy layer …

In this study, a new Schottky MS contact type CuAlFeMn/n-Si/Al photodiode was fabricated
via coating thin film CuAlFeMn shape memory alloy with a different composition on n-type …

In this work, a CuAlMnNi shape memory alloy with a novel composition was fabricated as
cast ingot by arc melting process under vacuum. The specimens of the alloy were prepared …

Abstract In this work, Cu-Al-Ni and Cu-Al-Ni-Co shape memory alloys were fabricated by arc
melting process under vacuum. The fabricated samples were cut from the ingot into small …

Shape memory alloys (SMAs) have reached a numberless utilization in a wide range areas
of modern technology over the last few decades. This is mostly because these smart …

In this work, the new quaternary CuAlTiMg high-temperature shape memory alloy (HTSMA)
with an unprecedented composition and with extended solubility of Ti was produced by the …