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• W2531585278 abstract "Under ultrahigh stresses (e.g., under high strain rates or in small-volume metals) deformation twinning (DT) initiates on a very short time scale, indicating strong spatial-temporal correlations in dislocation dynamics. Using atomistic simulations, here we demonstrate that surface rebound of relativistic dislocations directly and efficiently triggers DT under a wide range of laboratory experimental conditions. Because of its stronger temporal correlation, surface rebound sustained relay of partial dislocations is shown to be dominant over the conventional mechanism of thermally activated nucleation of twinning dislocations." @default.
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• W2531585278 date "2016-10-11" @default.
• W2531585278 modified "2023-10-16" @default.
• W2531585278 title "Surface Rebound of Relativistic Dislocations Directly and Efficiently Initiates Deformation Twinning" @default.
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• W2531585278 doi "https://doi.org/10.1103/physrevlett.117.165501" @default.
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