… 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 …

… synergy depends on the delocalizing of aforementioned localized strains. Using hierarchical
materials as an example, the design of heterogeneous structure … delocalization from the …

… 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 …

… 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 …

… steel BLC with intrinsic synergetic strengthening is obtained, and the … the two components
as calculated by the rule of mixture (ROM). The … Synergetic strengthening by gradient structure …

… 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 …

… components accommodate the strain gradient caused by the … layered structure on synergetic
mechanical properties from the … along ND of ɛ Local strain is far from that of ɛ Global strain , …

… The mechanisms of synergetic strengthening in gradient nano-grained aluminum were …
by the rule of mixtures, indicating a synergetic strengthening induced by the gradient structure. …

… -ductility synergy. Specifically, the gradient structure consists of two gradient surface layers
… reveal that the synergistic strengthening is originated from the enhanced twinning behavior …

… pile up near the interface of gradient layers and leads to a … gradient layers in the GNG
sample. This study provides a deeper insight into the SDI strengthening in gradient structure from …