In this work, we designed a novel NiCoCr-based medium-entropy alloy (MEA) strengthened
by coherent L1 2-nanoparticles, ie,(NiCoCr) 92 Al 6 Ta 2 (at.%). The strengthening and …

In this paper, we designed a novel non-equiatomic medium-entropy alloy (MEA) with
heterogeneous grain structures (HGS) and dual-morphology L1 2 nano-precipitates through …

In this work, a novel non-equiamotic Ni 46 Cr 23 Co 23 Al 4 Ti 4 medium-entropy alloy
(MEA) strengthened by nanoscale coherent γ′ particles with L1 2 superlattice was …

Combining high strength and good ductility is highly-desired yet challenging for
conventional structural materials. Newly emerging concentrated multi-component alloys with …

The thermal stability of second-phase nanoparticles plays a critical role in determining the
applicability and durability of precipitation-hardened alloys for engineering applications at …

A dual heterogeneous structure with both heterogeneous grain structure and coherent L1 2
nanoprecipitates was obtained in a CoCrNi-based medium entropy alloy (MEA) with …

In this work, a novel non-equiamotic Ni 47.5 Cr 23.75 Co 23.75 Ti 5 medium-entropy alloy
strengthened by heterogeneous precipitates was successfully fabricated. Our results …

In this work, multi strengthening/deformation mechanisms were introduced into a Ni-rich Ni
40 Co 32 Cr 20 Al 3.5 Ti 3 Nb 1.5 (at%) medium-entropy alloy. After thermo-mechanical …

Abstracts A novel fcc (CoCrNi) 94 Al 3 Ti 3 medium-entropy alloy strengthened with an L1 2
phase was designed using CALPHAD. Hot rolling, cold rolling, and heat treatment were …

The coherent precipitate L1 2-type Ni 3 Ti nanoclusters and nano-sized particles in a fcc-
FeCoNi medium-entropy alloy (MEA) matrix were designed and realized through minor Ti …