Flow calculations in intake structures of hydropower plants

Author:

Gazaryan Alexander,Glovatskii Oleg

Abstract

Research is carried out for design institutes in which the structures of pumping stations are designed. In the regional conditions of the Republic of Uzbekistan, when operating pumping stations, the problem of protecting equipment from pumps and fin is of particular importance, as well as the stability of water supply structures and the creation of favorable hydraulic conditions for supplying flow to the pumps. The main factors in the flow conditions are the calculations associated with suspended particles. The purpose of the research was to study the kinematics of the flow of intake structures in the problem of protecting equipment from pumps and fin. The research subject was to identify the regularities of the operation of intake structures depending on the structure of the flow supply. Experimental methods of hydraulic research of intake structures of pumping stations are used in the work. The analysis of the current state of water supply to the intake structures of pumping stations is carried out based on calculation schemes, which make it possible to establish the nature of the influence of flow parameters and soil particles on this process.

Publisher

EDP Sciences

Reference35 articles.

1. Glovatsky O.Y., Nasyrova N.R., Artikbekova F.K. Some aspects of the use of pumping stations in the development of the water-resource sphere of Central Asia in the XXI century // Collection of reports of the XX International scientific-practical conference "Northern Sea Route, water and land transport corridors as the basis for the development of Siberia and the Arctic in the XXI century." Volume I.-Tyumen: TIU, pp. 69–74. (2018)

2. Krutov A., Optimal location of an intake at a reservoir prone to salt diffusion (FORM-2020 (XXIII International Scientific Conference "Construction the Formation of Living Environment 2020": September 23-26, 2020 in Hanoi (Vietnam)) Anatoly Krutov et al 2020 IOP Conf. Ser.: Mater. Sci. Eng. 869 072020.

3. Dynamics of an earth dam with account for rheological properties of soil under dynamic effect

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