Browsing by Author "Marukovich, E. I."

Now showing items 1-5 of 5

    • Analysis of precipitation kinetics of manganese and copper sulfides in interstitial free steels 

      Hong, M. H.; Choi, K. Y.; Marukovich, E. I.; Lebedinsky, Y. A.; Branovitsky, A. M. (БНТУ, 2010)
      Model of precipitation is based on classical theory of nucleation and growth with description of numeric methods for modeling. Now authors present numerical calculations of precipitation kinetics. In the beginning they repeat basic formulas of this model.
      2014-06-24

    • Measuring of depth profile of defects of hot rolled steel sheet by imaging the grating on sheet surface 

      Marukovich, E. I.; Branovitsky, A. M.; Dementjev, V. A.; Maksimovich, Yu. V.; Lebedinsky, Yu. A. (БНТУ, 2011)
      The approach to measure defect of mill products during their rolling is considered. The performance of supposed scheme is analyzed for real time conditions.
      2014-07-02

    • Modeling of precipitation kinetics of manganese and copper sulfides in interstitial free steels 

      Hong, M. H.; Choi, K. Y.; Marukovich, E. I.; Lebedinsky, Y. A.; Branovitsky, A. M. (БНТУ, 2009)
      Modeling of precipitation kinetics of manganese and copper sulfides in interstitial free steels / M. H. Hong [et al.] // Литье и металлургия. – 2009. – №4 (53). – С. 39 - 43.
      2015-05-25

    • Properties and applications of antifriction silumin 

      Marukovich, E. I.; Stetsenko, V. J. (БНТУ, 2011)
      Antifrictional silumin which excels traditional bronzes in mechanical and tribotechnical properties is developed. Ecologically safe casting technology of billets of 30–300 mm in diameter of antifrictional silumin is created. Their cost is 2–3 times lower than that of similar bronzes. The new technology is introduced in manufacture in the Republic of Belarus.
      2014-07-02

    • Theoretical and technological basis of casting of hollow billets by the method of directional solidification 

      Marukovich, E. I.; Bevza, V. F.; Bodyako, A. M.; Hrusha, U. P. (БНТУ, 2011)
      The new mathod of continuously iterative casting of hollow cylindrical castings from cast iron without application of core, based on the principle of direction of metal solidification is presented in the work. The thermal condition of crystallizer at iterative temperature influences on its internal surface and solidification of casting in the conditions of intensive one-way heat ...
      2014-07-02