Mathematical Description of Crystallization by the Virtual Volume Method

Authors

  • Maksim Vladimirovich Dudorov Author
  • Aleksandr Dmitrievich Drozin Author
  • Vasiliy Efimovich Roshin Author
  • Pavel Aleksandrovich Gamov Author
  • Leonid Davidovich Menikhes Author

Abstract

Using the virtual volume method, a mathematical description of the crystallization of multi-component metallic melts is obtained. Model takes into account the effects of dynamically changing parameters such as component concentrations and temperature, on the processes of nucleation and growth of the nuclei.

Author Biographies

  • Maksim Vladimirovich Dudorov
    Cand. Sc. (Engineering), Pyrometallurgical Processes Department
  • Aleksandr Dmitrievich Drozin
    Dr. Sc. (Engineering), Professor, Head of the Mathematical Analysis Department, Head of the Faculty of Mathematics and Mechanics
  • Vasiliy Efimovich Roshin
    Dr. Sc. (Engineering), Professor, Head of the Pyrometallurgical Processes Department
  • Pavel Aleksandrovich Gamov
    Post-graduate Student, Pyrometallurgical Processes Department
  • Leonid Davidovich Menikhes
    Dr. Sc. (Physics and Mathematics), Professor, Head of Functional Analysis Department

Published

2012-04-11

Issue

2012: № 11(270), issue 6

Section

Physics