Discrete stochastic model of point defect-dislocation interaction for simulating dislocation climb

C McElfresh, Y Cui, SL Dudarev, G Po… - International Journal of …, 2021 - Elsevier
Dislocation climb is an important high temperature process in metals plasticity, responsible
for the phenomena such as creep, swelling, or hardening. Climb is defined by the ability of …
被引用次数：30 相关文章

Discrete stochastic model of point defect-dislocation interaction for simulating dislocation climb

C McElfresh, Y Cui, SL Dudarev, G Po… - International Journal of …, 2021 - osti.gov
Dislocation climb is an important high temperature process in metals plasticity, responsible
for the phenomena such as creep, swelling, or hardening. Climb is defined by the ability of …

Discrete stochastic model of point defect-dislocation interaction for simulating dislocation climb

C McElfresh, J Marian, Y Cui, SL Dudarev… - International Journal of …, 2021 - elibrary.ru
CM, GP, and JM's work has been funded by the US Department of Energy's Office of Fusion
Energy Sciences, Project DE-SC0012774. CM and JM acknowledge partial support by the …
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[PDF][PDF] Discrete stochastic model of point defect-dislocation interaction for simulating dislocation climb

C McElfresh, Y Cui, SL Dudarev… - International …, 2021 - scientific-publications.ukaea.uk
Dislocation climb is an important high temperature process in metals plasticity, responsible
for the phenomena such as creep, swelling, or hardening. Climb is defined by the ability of …

Discrete stochastic model of point defect-dislocation interaction for simulating dislocation climb

C McElfresh, Y Cui, SL Dudarev… - … journal of plasticity, 2021 - scholarship.miami.edu
Dislocation climb is an important high temperature process in metals plasticity, responsible
for the phenomena such as creep, swelling, or hardening. Climb is defined by the ability of …