In this work, the influence of the hot rolling on the microstructure, thermal and mechanical
properties of CuAlBeNbNi shape memory alloy was investigated. A reduction in the amount …

Shape memory alloys (SMAs) are smart materials with self-centering characteristics that can
be used to reduce the earthquake damage to structures. In this paper, the optimal thermal …

In this work, the mechanical behavior of Cu-Al-Be shape memory alloy (SMA) strands for
applications in self-centering systems is discussed. The influence of the mechanical …

To discover cheaper and functional species of shape memory alloys (SMAs) is one of the
main objectives for interested researchers. In this work, five different alloys were produced …

The feasibility of welding a CuAlBe SMA by continuous drive friction welding was evaluated.
The metallurgical state (annealed/quenched) before welding and frictional pressure (5 and …

The second largest world-wide commercial functional materials group in smart materials
class is the shape memory alloys (SMAs). Among SMAs, Cu-based SMAs thanks to their …

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 …

We developed and analyzed a novel non-sparking material based on CuAlBe for
applications in potentially explosive environments. Using a master alloy of CuBe, an …

Since gamma radiation is a type of radiation that can change the structural properties of
materials, CuAlBe shape memory alloy with two different weight percentages was used in …

Shape memory alloys (SMA) possess distinct characteristics that set them apart from other
materials, including the shape memory effect (SME) and pseudoelasticity (SE). This study is …