Medium/high entropy alloys (M/HEAs)-based nanolayered composites have attracted
intense scientific interest due to the improved mechanical properties. However, the shear …

Medium/high entropy alloys (M/HEAs)-based nanolayered metallic composites have
attracted intensive scientific interests due to their superior mechanical properties. However …

Experiments have shown that high strength and high plastic stability are difficult to be
simultaneously obtained in crystalline-amorphous layered composites. Here we report a …

Magnetron sputtering technique was employed to synthesize crystalline/amorphous high-
entropy alloy (AHEA) X/AHEA (X= Cu and Ni, AHEA= Fe 20 Co 20 Cr 20 Ni 20 B 10 Si 10) …

Nanostructured metals and alloys possess ultrahigh strength but suffer from severe shear
instability (strain localization). Recent experiments have shown that the strength and strain …

Ultrastrong nanolayered metallic composites are usually subjected to low ductility due to
plastic instability during deformation. Here we investigated the shear instability of a newly …

Extensive research has shown that nanolayered structures are capable of suppressing the
shear banding in metallic glass in nanoindentation experiments. However, the specific mode …

Introducing heterogeneous interfaces by constructing laminated structure is a promising
avenue to achieve the controllable strengthening behavior of high entropy alloys. In this …

Built upon recent findings that nanocrystalline–amorphous multilayers could possess both
high strength and ductility due to nano-layer-limited structures, depth-sensing …

Heterogeneous crystalline-amorphous nanostructures have been documented to show
superior strength-ductility synergy via the co-deformation cooperative effects of nanograins …