… ), ie, Θ sustainably decreases after yielding and then enters a stable strain- softening stage
… mechanical response of particulate- reinforced metal matrix nanocomposites. Compos. B. …

… Here we propose a new dispersion and strengthening strategy to prepare graphene/Cu …
the strength and simultaneously improve the ductility of UFG metal matrix composites [29]. On …

… , thus enhancing the strength and ductility of composite. Meanwhile, … In summary, a “nanodispersion-in-grains”
strategy was … GBs structural stability, accompanied with a stable protected …

… This work proposes a new approach to significantly enhancing the strength-ductility … , A
nanodispersion-in-nanograins strategy for ultra-strong, ductile and stable metal nanocomposites, …

… the thermal stability and nanotwins were remained stable at … keys to elevate the strength
and ductility of deformed Gr-Cu … Motivated by above issues, we proposed a novel strategy …

… ductility in dispersion-strengthened metallic materials. Here, we present an inspired strategy
… ), ie, Θ sustainably decreases after yielding and then enters a stable strain-softening stage …

… nanograined metals … strategy for designing heterostructure NGs using grain boundary
engineering (gradient distribution of the grain size) to improve the ductility of nanograined metals. …

… technology to coat GNS with metal nanolayers such as Ag or … hardness of obtained hybrid
nanocomposites was 1.75 times … , indicating the occurrence of ductile fracture. In addition, …

… strength from 530 to 710 MPa, while retaining good ductility (elongation of 19.8%). Compared
with … superior comprehensive tensile properties and excellent strength-ductility synergy. …

… strategy of combining hetero-phase boundaries (PBs) and dislocation engineering could
open up new avenues to designing strong and ductile … properties of metal materials [11]. In …