Abstract Recently Cu-Al-Ni shape memory alloys have gained special attention due to their
high temperature applications. This article attempts to formulate the various processing …

Mechanical alloying/milling technique is characterized by the repeated welding and
fracturing of powder particles in a high-energy ball mill, which often results in excessive cold …

Abstract W-20 wt% Cu alloy, with a high sintering density of 99.2% theoretical density (%
TD), ultrafine grain size of 500 nm, and hardness of 310 HV, was fabricated by mechanical …

Cu–Al-based alloys are a kind of new functional material. Due to their unique thermoelastic
martensite structure, they have excellent damping performance, which has become a …

In this study, the samples alloys of Cu-10 wt% Al-4 wt.% Ni with different percentages of Ag
(0%, 2%, 4%, 6%) are sintered by powder metallurgy technique. This method is suitable for …

In this work, the aging temperature effects on microstructures, mechanical, and damping
properties of Cu–11Al–5Mn-0.7 Ti–1Ta were investigated. The outcomes indicated aging …

U ovom radu naveden je pregled termomehaničkih svojstava slitina s prisjetljivosti oblika i
opća obilježja martenzitne transformacije. Slitine s prisjetljivosti oblika pripadaju skupini …

The hot deformation behaviors of single-and two-phase CuAlMn shape memory alloy were
studied. Isothermal compression tests were conducted at different temperatures from 400° C …

The chemical composition of TiNiPdCu high temperature shape memory alloys (HTSMAs)
affects their microstructure and martensitic transformations. In TiNiPdC HTSMAs, second …

High-energy ball milling was used to synthesis in situ a copper-based composite. Cu, Nb
and graphite powder mixture were mechanically alloyed in a planetary ball mill for various …