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Ivasishin, O. M.
Implementation of exact grain-boundary geometry into a 3D Monte-Carlo (Potts) model for microstructure evolution [Text] !Otitkn.pft: FILE NOT FOUND! !oizd.pft: FILE NOT FOUND! !ospec.pft: FILE NOT FOUND! !oistaspk_H.pft: FILE NOT FOUND!
Переклад назви: Побудова тривимірної Монте-Карло (Поттса) моделі мікроструктурної еволюції з врахуванням точної кристалогеометрії міжзеренних границьРубрикатор НБУВ: Тематичні рубрики:
Шифр журнала:
Анотація: A three-dimensional Monte-Carlo (Potts) model is modified to incorporate the effect of grain-boundary inclination on the boundary mobility. For this purpose, a straightforward geometric construction is developed to determine the local orientation of a grain-boundary plane in the discrete model volume. The combined effects of the grain-boundary misorientation of crystal lattices and the misorientation of the normal to a grain-boundary plane on the effective grain-boundary mobility were incorporated into the Monte-Carlo code using the definition of tilt-twist component. The modified code was validated by simulating the grain growth in microstructures comprising equiaxed or elongated grains, as well as the static recrystallization of a microstructure of deformed (elongated) grains. !oprip481_H.pft: FILE NOT FOUND!
Дод. точки доступу:
Shevchenko, S. V.; Semiatin, S. L.; Shljachta, O. P.
Видання зберігається у :
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