Cu-based shape memory alloys have been hyped as the 'heir'and pragmatic substitute to
NiTi alloys for shape memory applications. Considerations from relatively low materials cost …

In this study, CuAl 13− x Ta x (% mass x= 1; 1.5; 2; 2.5) shape-memory alloys were produced
through arc-melting method. Phase transformation temperatures were investigated by using …

This study presents the effects of aging alloy samples at 900° C for 2, 4, 6, 8, 10 and 12 h
and then quenching in liquid nitrogen on structural/microstructural and phase …

Abstract Cu-13Al-0.545 Be shape memory alloy are heat treatment at different temperature
and time. The microstructure of alloy after heat treatment at 850 C, 650 C and aging at 150 …

Copper based shape memory alloys are the alloys prepared with the combination of 66-88
wt% of copper, 10-14 wt% of aluminum, 0.3-0.6 wt% of beryllium and 0.1-0.4 wt% of …

The microstructural properties and thermodynamic parameters before and after abrasion
were examined for a bulk Cu86Al10Ta4 (% wt.) shape memory alloy produced by the arc …

In this study, the influence of alloying additions on phase transformations, microstructure,
transformation temperatures, mechanical properties, and pseudoelastic behavior of …

The shape memory alloy of Cu-Al-Be are prepared by varying in the percentage of
composition were melted in the induction furnace and prepared by using die casting …

Shape memory alloy is a smart alloy. One of these alloys is Cu-Zn-Al alloy. In this study, the
Cu-11.9 Zn-6.72 Al alloy was used to analyze influence of variations in the cooling medium …

In recent days, it is being found that shape memory alloys can be used in the medicinal field
which helps to alleviate numerous disabilities in people. The Shape memory alloy are …