Abstract Ti-6Al-4V titanium alloy components fabricated by cold metal transfer additive
manufacturing (CMTAM) have increasingly shown great potential in aerospace applications …

A novel approach was developed to fabricate low-oxygen powder metallurgy Ti–6Al–4 V
(wt.%) titanium alloy with a highly desirable combination of ultrahigh tensile strength and …

For most ultrafine-grained metals, the yield stress increases with finer grain size, but the
thermal stability reduces. In this study, high purity (99.999%) copper sheets were fabricated …

In automotive industry, materials having excellent resistance to corrosion, good wear
resistance and high strength to weight ratios are important. In accordance with the required …

Abstract Thin Ti–44Al–5Nb–1Mo–2V-0.2 B alloy sheets were processed under different pack-
rolling process directly from HIPed ingot in (α+ β) phase region. The corresponding …

For the development of structural titanium alloys with excellent mechanical properties, the
effect of rolling temperature and cooling rate on phase composition, microstructure …

Cu/Al multilayers were produced by high-temperature accumulative roll bonding (ARB)
methods up to three passes. To achieve a high bonding strength, prior to ARB processing …

Rolling temperature is thought to have a significant effect on the cold workability of Ti-6Al-4V
alloy. To investigate the extent of this effect, four Ti-6Al-4V strips were hot rolled at different …