Diffusion-less recrystallization at high uniaxial deformation

Leonid S. Metlov; Anatoliy V. Zavdoveev

Diffusion-less recrystallization at high uniaxial deformation

Materials Science 2012-05-02 v1

Authors: Leonid S. Metlov , Anatoliy V. Zavdoveev

Abstract

It was shown by computer simulation that coarsened grains with lower content of defects are formed at uniaxial deformation of a four-grain infinite nano-wire. The structure similar to crystal filaments was formed in the case of tension. The case of compression demonstrated formation of two grains (from four initial one) disoriented at an angle of four degrees.

Keywords

grain boundary nanoparticles crystal growth

Cite

@article{arxiv.1204.1552,
  title  = {Diffusion-less recrystallization at high uniaxial deformation},
  author = {Leonid S. Metlov and Anatoliy V. Zavdoveev},
  journal= {arXiv preprint arXiv:1204.1552},
  year   = {2012}
}

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