… hierarchical nanostructured Al alloy with a structure of Al nanograins surrounded by nano-sized
metallic glass (MG) shells. It achieves an ultrahigh yield strength … such ultrahigh strength …

… The high strength of martensitic steel can be attributed to its fine hierarchical structure and
high … -lamellar structure in size of 28 nm was first produced by warm rolling on the dual-phase …

… model (38, 39) was applied to simulate the nonequilibrium-localized fcc phase region,
where γ′ and γ* nanoprecipitates could coexist as a hierarchical structure in the fcc γ matrix. …

… The results suggest that the hierarchical structures of micro-scale first … hierarchical structure
has a strong interaction with dislocations, which contributes to achieve a superhigh strength …

… The hierarchical martensitic features in ultra-high strength stainless steel (… strength and
impact toughness was analyzed. We conclude that the refinement of martensitic structures …

… Recently, several engineered heterogeneous nanostructures, such as gradient, bimodal,
harmonic, and hierarchical structures, have been demonstrated to have the potential to …

… lamella structure produces an unprecedented strength-… [18] developed a novel route to tailor
hierarchical structures … introducing hierarchical structures is effective for enhancing strength …

… of hierarchical structure with the aim to obtain high strength of 1 … The hierarchical microstructure
consisted of bimodal prior … Ultra-high yield strength of 998 MPa and tensile strength of …

… the crystalline structure of DWNTs within the bundles for high irradiation doses as the structure
becomes increasingly disordered. In addition to these changes in modulus and strength …

… with hierarchical layered structure and ultrahigh strength, which is a continuation of our
previous work on the graphene/copper composites. The hierarchical structure contains both …