Submit an Article
Become a reviewer
Vol 196
Pages:
325-328
Download volume:
RUS
Article

Computer program of gidrodynamical calculation of moving mixture in pipes due to Poetman – Karpenter and Lutoshkin – Krylov methods

Authors:
A. L. Klimenkov1
V. T. Litvin2
O. G. Bykova3
About authors
  • 1 — student Saint Petersburg State Mining University
  • 2 — student Saint Petersburg State Mining University
  • 3 — Ph.D. associate professor Saint Petersburg State Mining University
Date submitted:
2011-08-23
Date accepted:
2011-10-29
Date published:
2012-05-22

Abstract

In this article is described computer project, that is made by means of programming language Delphi. By means of this program one could realize gidrodynamical calculation due to Poetman – Karpenter and Lutoshkin – Krylov methods. The project allows to control input data, to save input data, to execute calculation, to output results, to write results in file. Moreover the program produce file with all calculations.

Область исследования:
(Archived) Nanotechnologies and information technologies
Keywords:
Delphi program gidrodynamical calculation correct of input data results output result’s file creation
Funding:

None

Go to volume 196

References

  1. Flenov М.W. Delphi bible. 2-th edition. Saint Petersburg, 2009. 800 p.
  2. Mizenko I.Т. Technology and technique of oil extraction examples. Мoscow, 1984. 271 p.

Similar articles

The possibility of separation of bauxite material by methods mechanical dispersion
2012 M. S. Nikiforova, N. V. Nikolaeva
The fuzzy logic approach to an estimation of competitiveness of mountain production
2012 K. A. Gafarova, Tatiana V. Ponomarenko
Working out of new designs of concentration tables for increase of efficiency of enrichment useful iskopae
2012 Ya. V. Kuskova, V. B. Kuskov
Conveyor belts service life increasing during transportation rough material on tape conveyors
2012 Yu. D. Tarasov, A. O. Kuzmin
Effectiveness of using acid electolyte in powerful electrolyzer
2012 D. D. Sharipov, V. Yu. Bazhin
Method of measurement of anisotropic electron velocity distribution function
2012 A. S. Mustafaev, A. Y. Grabovskiy