Submit an Article
Become a reviewer
Vol 173
Pages:
112-114
Download volume:
RUS
Article

Modeling of steady-state operation mode of air-pipe section

Authors:
M. A. Trotsko
About authors
  • Research assistant G.V. Plekhanov Saint Petersburg Mining Institute
Date submitted:
2006-11-22
Date accepted:
2007-01-02
Date published:
2007-12-29

Abstract

The paper presents modeling of steady run operations of an air pipeline section and simulation of compressor operations. Modeling of steady run operations of an air pipeline section was based on equations of steady run regime of air flow in the pipeline and distribution of pressure in stationary isothermal air flow in the pipeline. Thus it became possible to determine the commercial air (gas) flow rate. The compressor plant creates pressure that is used to move air along the pipeline, forcing air to pass from the low-pressure area to the higher-pressure area. Dependences of compression ratio and specific power on the input air parameters and the number of revolutions of impeller shaft are the model of compressor operation.

Область исследования:
(Archived) Geotechnical engineering, powerengineering and automation
Funding:

None

Go to volume 173

Similar articles

Application of the boundary element method for calculating the parameters of the stress-strain state of a rock massif in the vicinity of workings of different outline
2007 A. P. Gospodarikov, L. A. Bespalov
Orthodox Russian Church in the 1920s
2007 V. S. Khloponina
Causes and consequences of magneto-hydrodynamic instability in electrolysis processes for aluminum production
2007 M. A. Glushchenko
Georadiolocation researches of hydraulic engineering and transport constructions
2007 N. N. Efimova, S. M. Danilev
Influence of engineering-geological and geo-ecological conditions on development of deformations and destruction of underground structures lining in St. Petersburg
2007 E. Yu. Shatskaya
Modeling of crystals and structures of rare minerals: zavaritskite, betechtinite, saffronovskite
2007 O. A. Murzinskaya, A. V. Nepochatova