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• W4386003445 abstract "The creation of amorphous/crystalline (A/C) laminated structures offers a promising approach towards the production of damage-tolerant A/C metallic materials. However, constraints in fabrication techniques have resulted in limited explorations into the toughening behavior of bulk A/C laminates. This study scrutinizes the impact toughness of macroscale A/C Ni-P/Ni laminates through instrumented Charpy impact testing. The findings reveal that the thickness of the amorphous Ni-P layer significantly influences the impact toughness of A/C Ni-P/Ni laminates. A/C Ni-P/Ni laminates possessing thin Ni-P layers (1 or 4 μm) demonstrated high impact energy, which was comparable to the monolithic coarse-grained (CG) structure; however, the impact energy decreased with the increasing Ni-P layers thickness. Microstructural characterization of the crack-path profile disclosed that the desired impact toughness in the A/C Ni-P/Ni laminate with a thin Ni-P layer is primarily due to intrinsic toughening induced by plastic deformation ahead of the crack tip, and extrinsic toughening afforded by interface delamination. As the Ni-P layer thickens, brittle interface delamination emerges as the dominant extrinsic toughening source to resist fracture, thereby rendering the A/C Ni-P/Ni laminate vulnerable to impact loading. This work not only elucidates the dependence of toughening mechanism on the Ni-P layer thickness in A/C Ni-P/Ni laminates but also proposes an effective strategy for designing damage-tolerant metallic materials subject to impact loading by incorporating thin, brittle amorphous and thick, ductile crystalline materials to create laminated structures." @default.
• W4386003445 created "2023-08-20" @default.
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• W4386003445 date "2023-09-01" @default.
• W4386003445 modified "2023-10-07" @default.
• W4386003445 title "On the impact toughness of amorphous/crystalline metallic laminates" @default.
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• W4386003445 doi "https://doi.org/10.1016/j.jmrt.2023.08.133" @default.
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