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Solute Strengthening of both Mobile and Forest Dislocations: the Origin of Dynamic Strain Aging in fcc Metals

机译：移动和森林错位的溶质强化：fcc金属动态应变时效的起源

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M. A. Soare; W. A. Curtin;
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年度 2015
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1. 3D dislocation dynamics: stress-strain behavior and hardening mechanisms in fcc and bcc metals [J] . Zbib HM., Rhee M., Hirth JP., Journal of Nuclear Materials: Materials Aspects of Fission and Fusion . 2000,第0期

机译：3D位错动力学：FCC和BCC金属中的应力应变行为和硬化机制
2. Dynamic strain aging: A coupled dislocation—Solute dynamic model [J] . C. Fressengeas, A.J. Beaudoin, M. Lebyodkin, Materials Science and Engineering. A, Structural Materials . 2005,第Jul期

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3. High-voltage electron microscope high-temperature in situ straining experiments to study dislocation dynamics in intermetallics and quasicrystals. [J] . Messerschmidt U Journal of Microscopy . 2001,第Pta1期

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5. Modeling of high strain rate and strain localization in FCC single crystals: Multiscale dislocation dynamics analyses. [D] . Shehadeh, Mu'tasem A. 2005

机译：FCC单晶中高应变速率和应变局部化的建模：多尺度位错动力学分析。
6. Dataset illustrating the construction of dislocations and running dislocation dynamics using the periodic array of dislocation quadrupoles in FCC Al [O] . K. Yu. Khromov, A.A. Kovalishin, V.A. Ryabov, 2018

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7. 3D dislocation dynamics: stress-strain behavior and hardening mechanisms in FCC and BCC metals [O] . Hirth, J P, Rhee, M, Zhib, H M, 1999

机译：三维位错动力学：FCC和BCC金属中的应力 - 应变行为和硬化机制
8. 3D dislocation dynamics: stress-strain behavior and hardening mechanisms in FCC and BCC metals. [R] . Hirth, J. P., Rhee, M., Zhib, H. M., 1999

机译：三维位错动力学：FCC和BCC金属中的应力 - 应变行为和硬化机制。

Solute Strengthening of both Mobile and Forest Dislocations: the Origin of Dynamic Strain Aging in fcc Metals

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