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• W3212253738 endingPage "107407" @default.
• W3212253738 startingPage "107407" @default.
• W3212253738 abstract "The high-entropy metallic glasses (HEMGs), combining the characteristics of high-entropy alloys (HEAs) and metallic glasses (MGs), have recently appeared and become the research focus, due to their good glass-forming ability and high strength. However, the application of HEMGs as structural material is restricted owing to the limited tensile plasticity and absence of dislocation-dominated deformation mechanism. To resolve this pressing issue, a stable β-phase HEMG composite (β-type HEMGC) Ti 20 Zr 20 Hf 20 Nb 16 Co 5 Be 19 composed of the bcc refractory HEA (RHEA) dendrites and the HEMG matrix was fabricated. Ti 20 Zr 20 Hf 20 Nb 16 Co 5 Be 19 not only exhibits good tensile ductility, but also has the improved work-hardening capability under room temperature tension. Essentially, the dislocation-dominated deformation mechanism plays a significant role in achieving the excellent combination of good tensile plasticity and improved work-hardening capability of the stable β-type HEMGC. The tensile ductility of Ti 20 Zr 20 Hf 20 Nb 16 Co 5 Be 19 is attributed to the dislocation-slip mechanism induced by high-stable HEA dendrites, and the dislocation pile-up phenomenon has a great influence on the improved work-hardening capability of composite. The present results provide an indepth understanding of the deformation behavior of stable β-type HEMGCs, and a reference for how to improve the strength-ductility combination of HEMG-matrix composites. • By introducing bcc high-entropy alloy (HEA) into metallic glass matrix, the mechanical properties of high-entropy metallic glass composite (HEMGC) is effectively improved. • The tensile ductility of HEMGC is attributed to the dislocation-slip mechanism induced by high-stable HEA dendrites. • The dislocation pile-up phenomenon significantly improves the strength and work-hardening capability of HEMGC." @default.
• W3212253738 created "2021-11-22" @default.
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• W3212253738 date "2022-02-01" @default.
• W3212253738 modified "2023-10-16" @default.
• W3212253738 title "Dislocation slip induced tensile plasticity and improved work-hardening capability of high-entropy metallic glass composite" @default.
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• W3212253738 doi "https://doi.org/10.1016/j.intermet.2021.107407" @default.
• W3212253738 hasPublicationYear "2022" @default.
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