Research Of Oil Pipelines On Selling The Maximum Hydraulic Impact Pressure In A Two-Component Flow

Zhonkobilov Ulugmurad Umbarovich, Zhonkobilov Sobir Ulugmurodovich, Razhabov Ulugbek Momoshoevich, Zhonkobilov Kuvandik Ulugmurodovich


The article is devoted to determining the intensity of hydraulic shock in pressure pipelines, taking into account the two-component flow. Based on the processing of the results of experimental studies, a dependence is proposed for calculating the maximum pressure during hydraulic shock. Достоверность полученной взаимосвязи доказана сопоставлением расчетных с опытными данными.


Water Hammer, Oil Pressure Line, Water Hammer Intensity, Ball Valve, Cut-Off, Optimal Technological Mode. Optimal Time For Shutting Down The Pipeline.

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Zhukovsky N.E. On hydraulic shock in water pipes. - M., Gostekhizdat, 1949 – - 104 p.

Arifzhanov A.M., Jonkobilov U. U., Babaev A. R. To determine the maximum pressure in pipes with unsteady movement. // Toshtimi Akhboroti Chorak Journal, No. 3-4, Toshkent, 2018. - 61-65 b.

Zhonkobilov U. U. Determination of the maximum pressure during hydraulic shock in pipes. Innovative development. International Scientific Journal. Perm, No. 4, 2018, pp. 25-27.

Adamkovsky A., Henlik S., Yanitsky V., Levandovsky M. The influence of the rigidity of the pipeline support on the course of the hydraulic shock, Eur. J. Mech. B Fluids 61 (Part 2) (January/February 2017) 297-303.

Anderson H. H. Centrifugal pumps. LLC "Trade and technical press". England, 2001 – - 314 p.

Asli K. Kh., Nagiyev A. K. Some aspects of physical and numerical modeling of hydraulic shock in pipelines / / Nonlinear dynamics. 60 (4) (2010) 677-701.

Burdarias S., Herbi S., Kinetic scheme for unsteady flows under pressure in closed water pipes [J]. Journal of Computational and Applied Mathematics, 2010,(234): 2098-2105.

Gidawi M. S., Zhao M., Duncan A.M., David H. A. Review of the theory and practice of hydraulic shock, Appendix. Mechanics. Ed. 58 (2005) 49-76.

Guo J, Zhang L. Transient shutdown processes in a complex pumping system with several pumps in parallel [J]. Journal of Procedural Engineering, 2012,(31): 428 – 434.

Henlik S. Numerical modeling of hydraulic shock during the interaction of a liquid and a structure in a pipeline with viscoelastic supports, J. Structure of liquids. 76 (2018) 469-487.

Kalyatka A., Vaishnoras M., Valincius V. Modeling of the phenomena of hydraulic shock caused by a valve in a district heating system[J]. Journal of Computers and Liquids, 2014, (94): 30-36.

Wang R., Wang Z., Wang H., Yang H., Sun J. Methods for assessing hydraulic shock for water distribution systems, Issue of the 12th int. Conference on Computing and Management for the Water Industry, CCWI 2013, Procedural Engineering, volume 70, (2014), pp. 1717-1725.

Zuo, K., Qiu, S., Lu, U. et al., 2013. Characteristics of the hydraulic shock of the built-in primary circuit of a pressurized water reactor. Nucl. English Des. 261,165-173.



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