Optimization of work of dust supperession sprayer  with use of computing modelling

A. V. Ivanov; Yu. D. Smirnov

Vol 206

Pages:

150

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RUS

Environmental protection

Optimization of work of dust supperession sprayer with use of computing modelling

Authors:

A. V. Ivanov¹

Yu. D. Smirnov²

About authors

1 — National Mineral Resources University (Mining University)
2 — National Mineral Resources University (Mining University)

Date submitted:

2013-01-24

Date accepted:

2013-03-16

Date published:

2013-12-27

Abstract

In the Mining University there was set construction of pneumohydraulic sprayer for dust suppression systems. Important development stage of dust suppression sprayer is creation meth computing model for optimization of a hydraulic flow in a sprayer for reduction of working expenses.

References

Смирнов Ю.Д. Разработка инновационного пылеподавляющего устройства для условий северных регионов / Ю.Д.Смирнов, С.В.Ковшов, А.В.Иванов // Записки Горного института. СПб, 2012. Т.195.
Hirt C.W. Volume of Fluid method for the dynamics of free boundaries / C.W.Hirt, B.D.Nichols // Journal of Computational Physics. 1981. Vol.39.
Madsen J. Computational and experimental study of sprays from the breakup of water sheets // PhD thesis, Aalborg University, Denmark, 2006.
Steinthorsson E. Numerical simulations of internal flow in a simplex atomizer / E.Steinthorsson, D.Lee // Proceedings of the Eighth International conference on liquid atomization and spray systems, Pasadena, California, July 2000.
Two-Phase computational fluid dynamics analysis applied to prefilming pure-airblast atomizer / P.Buelow, C.Mao, S.Smith, D.Bretz // AIAA Journal of Propulsion and Power. March – April 2003. Vol.19. N 2.

Optimization of work of dust supperession sprayer with use of computing modelling

Abstract

References

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