Interfaces play a crucial role in influencing the mechanical properties of Mg alloys. For Mg–
Li dual-phase alloy, the type of interfaces is complex, which includes both grain boundary …

The eutectic high-entropy alloys have shown promising mechanical behaviors while their
softening at elevated temperatures is still a challenge. Generally, the boundaries are the …

In this work, hot compress tests were conducted at the strain rate range of 1–0.001 s− 1 and
the temperature range of 900–1050° C to unravel the hot deformation behavior of a powder …

Abstract The 1420 Al–Li alloy has been widely used in the aerospace field. To investigate
the hot workability of the alloy, a series of hot compression tests were carried out on the …

In the materials science domain, the accurate prediction of the yield strength of metallic
compositions has often resulted in extensive experimental endeavors, leading to …

The long-lasting expectation “the hotter the engine, the better” calls for the development of
high-temperature metallic alloys. Although the high specific strengths of titanium alloys are …

Prior or early-stage precipitation products, eg, GP zones and chemical short-range ordering,
attract tons of interests recently due to their extremely small size and notable hardening …

Manifestations of dynamic strain aging (DSA) in a solid-solution multi-component cobalt-
base alloy was evaluated over wide temperature [25–1000° C] and strain rate range [10− 4 …

The microstructures and mechanical properties of 7 at% Al-added VCoNi medium entropy
alloy are studied and compared with those of the undoped alloy at various temperatures …

The orientation of internal metagrain boundary shows an important influence on shearing
behaviors and mechanical performance of architected polycrystal lattice. This study designs …