… This work provides a novel strategy for achieving high mechanical-performance
composites by incorporating 3D-C configuration distribution into a metal matrix, demonstrating …

… Good strength-ductility balance in graphene nanosheet (GNS… limited tensile ductility as
well as lower thermal stability and … multiple reinforcements in the metal and thereby improved …

… , stable internal boundaries may offer the possibility for synergistically improve strength and
ductility, … strategy to achieve ultrahigh strength with good ductility for advanced copper alloys. …

… have exceptionally high thermal stability and much better … the strength–ductility trade-off
dilemma for metallic materials, … of the crystal–glass nanocomposite was determined from the …

… mechanical properties of metal matrix composites. Here, we propose a strategy to disperse
carbon … Furthermore, during the ball milling process, due to the excellent ductility of the metal …

… interfacial bonding state with the metal matrix are crucial factors in … The present work provides
a new strategy in achieving … GNS)/Al exhibited stable strength with improved plasticity and …

… ductility collapse is a common issue for not only GNSs/Al composites but also other metal …
Al 2 O 3 , among which α-Al 2 O 3 is the most stable one [30,31]. However, the effect of alumina …

… proliferation of nanoreinforcements in a metal matrix composite. In this … Reinforcing the Al
alloys with thermally stable ceramic … [22] developed a nanodispersion-in-nanograins strategy to …

… controlling the stability of GBs in nanograined metals through experiments … stability of GB
and reduce GB migration in nanocrystalline metals, researchers have proposed the strategies …

… UFG networks by consolidating metal powders with limited … be a simpler and more efficient
strategy with good scalability for … In this work, we propose a novel powder metallurgy strategy …