Author:
Sdobnyakov N Yu,Samsonov V M,Myasnichenko V S,Ershov P M,Bazulev A N,Veresov S A,Bogdanov S S,Savina K G
Abstract
Abstract
Using the isothermal molecular dynamics and the tight-binding potential, crystallization of Ti6Al4V nanodroplets was simulated. The objects of the research consisted of 2869 atoms, including 172 Al atoms and 115 V ones. The OVITO program was employed to recognize local structures and nanophases arisen in the course of cooling nanoalloy with the cooling rates of 0.1 and 0.4 K/ps. We have found that the cooling rate effect on the structure of the Ti6Al4V nanoalloy and the thermally induced structural transformations is much more pronounced than the size effect.
Subject
General Physics and Astronomy
Cited by
2 articles.
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