Unsteady filtration under maximal draw-off velocities of Tupolang water reservoir

Author:

Masharif Bakiev,Shakhnoza Djabbarova,Khojiakbar Khasanov

Abstract

The article presents the results of field studies to determine unsteady filtration in Tupolang dam core. Calculations are carried out for phreatic line curve in the core of Tupolang dam under unsteady filtration for various velocities of reservoir draw-off and water yield coefficient. At the same time it has been established that the increase of velocity and time of water reservoir draw-off leads to the increase of filtration pressure, and the decrease of water yield factor leads to the decrease of filtration pressure. The increase of filtration pressure, in turn, contributes to the increase of the intensity of unsteady filtration of Tupolang dam core.

Publisher

EDP Sciences

Reference24 articles.

1. Nedriga V.P. and others. Hydraulic structures. Designer’s manual. “Stroyizdat”. Moscow. 543 р. (1983)

2. Fayziyev Х. The study of unsteady filtration in the upper prizm of dams with horizontal drainage. All-Union scientific-technical conference of young specialists «HPS construction in upland conditions». Presentation theses. Moscow. 1982.

3. Fayziyev Х. Design of unsteady filtration in dams with core and horizontal drainage at the upper quoin. Degest: The study of tailing pits and industrial waste flow detention basins. «VODGEO» institute proceeding. Moscow. 1982.

4. Geostatistical approach for the assessment of the water reservoir capacity in arid regions: a case study of the Akdarya reservoir, Uzbekistan

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