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Vol 192
Pages:
145-149
Download volume:
RUS
Article

The application of discrete element method to mining and metallurgy process modeling

Authors:
A. J. Feoktistov1
A. A. Kamenecki2
L. I. Blekhman3
V. B. Vasilkov4
I. N. Skryabin5
K. S. Ivanov6
About authors
  • 1 — Ph.D. assistant lecturer Saint Petersburg State Mining University
  • 2 — student Saint Petersburg State Mining University
  • 3 — senior research assistant Institute of problems of mechanical engineering of RAS
  • 4 — leading research assistant Institute of problems of mechanical engineering of RAS
  • 5 — technical director Axistec So
  • 6 — ingeneur “NPK «Mechanobr-technica»” So
Date submitted:
2010-10-06
Date accepted:
2010-12-13
Date published:
2011-04-01

Abstract

The capability of the discrete element method (DEM) for the estimation of industrial processes was examined. Estimation evaluated for processes of segregation, grinding in a ball mill and feeding for shaft furnace. Estimated results had compared with experimental work results.

Область исследования:
(Archived) Automation of technological processes аnd manufactures in mining and processing industries
Keywords:
discrete element method bulk material segregation ball mill shaft furnace computer modeling
Go to volume 192

References

  1. Vaisberg L.A., Rubisov D.G. Vibrational classification of bulk solid materials // Mechanobr. Saint Petersburg, 1994. 47p.
  2. Blekhman L.I., Kremer E.B. Grinding Intensification: untraditional shaped linings and irregular conditions for AG mills // Science school «Vibrotechnology-97». Mechanical treatment of dispersed (bulk) materials and mediums. Odessa, 1997. Part4. P.85-90.
  3. Tarasov V.P. Loading devices for shaft furnaces. Moscow: Metalurgy, 1974. 312p.
  4. Blekhman L.I., Vaisberg L.A., Lavrov B.P., Vasilkov V.B., Yakimova K.S. Universal vibrational test device: experience of application at research work, some results// Science-technical bulletin. SPbSTU. SaintPetersburg, 2003.N3.P.224-227.

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