… A commercially rolled 7075-T6 aluminum alloy rod (diameter: 40 mm… dislocation strengthening
and synergistic strengthening are … of matrix and surface gradient structure results in GNDs …

… the rule-of-mixture. To explain the reasons behind it, the evolution of geometrically necessary
dislocations and strain gradient at … lamellar structure produced high HDI strengthening and …

… reinforced aluminum based composites is still far from … However, we find that when the slope
in each stage, ie, the … of this inverse relationship and show a good synergy of S and T. This …

… A strategy towards improving the strength–ductility synergy … distribution determined from
the EBSD inverse pole figures … where k is the Hall–Petch slope (0.07 MN·m −3/2 [40]), d is the …

… an aluminum alloy, the resulting synergistic strengthening led … of the CG lamellas was far
beyond that of the FG lamellas (Fig… in this work triggered severe strain gradients and thus larger …

… As important lightweight structural materials, cast aluminum … ), mesoscale strain-gradient
strengthening, and microscale … For example, the regions far from the interface show a strain …

… EBSD data of gradient structure was produced via severe shot … , d) orientation map (color-coded
inverse pole figure). (For interpretation of … Synergetic strengthening by gradient structure …

… In summary, in addition to conventional TB strengthening, the HNT structure can serve as …
volume fraction of the gradient structure and can obtain a “clean” structure, thus exhibiting …

… varying microstructures with increasing depth from the surface. In this work, a novel through-length
gradient structure (TLGS) is achieved … Synergetic strengthening by gradient structure …

… a macro dual-cable structured Cu–Al alloy rod with an inner … call “dual-cable structure” but
gradient structure because the … sandwich structure material, although additional strengthening …