… 0.3) alloys, the strength of alloys with single FCC phase in the cast state improved with the
increase of Mo doped, and the strength of … [18] reported a strategy to enhance the strength by …

… [30] designed a CoCrNi-based MEA with heterogeneous grain structure and L1 2 -… and EL
of the alloy are 2.0 GPa and 13%. In the present study, an FCC structured CoCrNi-based MEA …

… The CoCrNiSi 0.3 C 0.048 MEA displays an ultra-high yield strength of 1.34 GPa, …
These findings provide valuable insights into the development of high-performance alloys …

… combination of strength and ductility. In the present study, ultrafine-grained CoCrNi
medium-entropy alloy with … The alloy exhibits superior cryogenic tensile properties with a tensile …

… exhibits an ultra-high strength up to 2.1 … CoCrNi MEA not only exhibits high yield strength,
but also possesses strong crack resistance. The highly distorted DTs provide the extra strength …

… In this work, the novel CoCrNi composite with as high fraction as 5 wt% TiC reinforcements
… spherical CoCrNi powders, instead of blended powders of nano-TiC and CoCrNi powders. …

… The ultrahigh strength of coherent ODS CoCrNi alloy is mainly attributed to the ultrafine-…
The Y-ODS CoCrNi alloy shows an ultrahigh yield strength of 1660 MPa, which is 320 MPa …

… limits service safety of metallic alloys, especially under various harsh circumstances. In this
work, a novel ultra-strong (CoCrNi) 94.5 W 3 Ta 2.5 medium entropy alloy (MEA) with dual …

… Superior cryogenic tensile properties of ultrafine-grained CoCrNi medium-entropy alloy
pro… lead to ultrahigh strength and uniform ductility in a Co-Cr-Ni mediumentropy alloy. Nat …

This study introduces a powder metallurgy route (a combination of mechanical alloying (MA)
and spark plasma sintering) to enhance the mechanical properties of equiatomic CoCrNi …