In this study, Cu-based shape memory alloy (a smart material) with a new quaternary Cu-
22.78 Al-2.59 Fe-2.44 Mn (at%) composition was produced by arc melting and the samples …

The ternary CuAlSn alloy was fabricated as cast ingot by arc melting method and the
traditional homogenization and fast cooling (quenched in iced-brine water) SMA processes …

In the present work, the polycrystalline quaternary shape memory alloy (SMA) using
composition of Cu-10.24 Al-3.13 Mn-0.41 V (wt%) was prepared with arc melting technique …

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 …

CuAlMn alloys are cheaper and more promising alloy types compared to NiTi alloys. In this
study, based on CuAlMn shape memory alloy, thermodynamic and structural characteristics …

Five high entropy alloys with shape memory effect or superelastic effect were prepared by
cold crucible melting to understand the effect of their chemical composition on the …

In this research work, a Cu-based HTSMA (high temperature shape memory alloy) with a
new quaternary Cu-21.52 Al-3.49 Fe-1.95 Mn (at%) composition was produced by arc …

Shape memory alloys (SMAs) are a class of smart materials. These intelligent alloys have
unique thermomechanical properties such as shape memory effect (SME) and …

In this research study, the Cu-based shape memory alloy (SMA) with a new57. 53Cu-37.78
Al-4.69 Mn (at%) composition was prepared by arc melting. The alloy obtained as-castingot …