… , and tensile ductility in nanocrystalline metals. Carbon is … We demonstrate the
nanodispersion-in-nanograins strategy … metals, thereby enhancing both strength and ductility. The …

… -ductility trade-off of homogeneous materials and to develop high performance metal matrix
… heterogeneous grains was a feasible strategy to combine the high strength and ductility. …

… Distribution states of reinforcement have considerable impact on the strength and
ductility of metal composites. Herein, we reported a “nanodispersion-in-grains” strategy to …

… strategy may be applied to many other metallic alloys. … -nano precipitation” strategy to develop
a very stable strain-… 1.5Ni alloy) with an outstanding increase in ductility, and practically an …

… metallic materials with high strength and ductility is an eternal theme, however, the strength
and ductility are … Our strategy can be applicable to many alloys and composites with second …

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

… , 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. …

… strategy to achieved an excellent combination of ultrahigh strength, good ductility, high thermal
stability … , but nanograined metals usually have poor thermal stability and their grains tend …

… 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 …