EXPERIMENTAL RESEARCH OF HYDRAULIC PARAMETERS OF PIPE NETWORKS WITH POLYETHYLENE AND GLASS-PLASTIC MATERIALS IN THE DRINKING WATER SUPPLY SYSTEM OF FERGANA CITY
DOI:
https://doi.org/10.5281/zenodo.12783710Keywords:
pipes made of polyethylene and glass-plastic material; hydraulic parameters.Abstract
The article examines the study of hydraulic parameters of pipes made of polyethylene and glass-plastic material in the field conditions. The hydraulic parameters of the water flow in the pipe were determined experimentally based on the method of the field research.
References
Тhe development strategy of the New Uzbekistan for the period of 2022-2026. Tashkent, 2021.
Law of the Republic of Uzbekistan "On Water and Water Use", dated December 25, 2009, No. 240. Article 4.
Sanitary rules and regulations of the Republic of Uzbekistan (SRR) No.0056-96 “Sanitary rules and norms of protection against pollution of open water bodies”.
Сonstruction norms and regulations (CNR) 2.04.02-2019 “Water supply. External networks and structures”.
Sanitary rules and regulations of the Republic of Uzbekistan (SRR) No. 950:2011 State standard of the Republic of Uzbekistan "Drinking water". - Tashkent, 2011. - p. 19.
Sanitary rules and regulations of the Republic of Uzbekistan (SRR) No. 951:2011 State standard of the Republic of Uzbekistan “Sources of centralized domestic drinking water supply”.- Tashkent, 2011.- p. 14.
Requirements for the maintenance of drinking water tanks. Access mode: http://ww.lektsii.com/2-122053.html
Aliev M.K., Makhmudova D.E., Rustamova M.M. A comprehensive program for the long-term development of water supply in Ferghana region. “Architecture, construction, design” scientific and practical magazine. TACI, № 4, 2022 yil. P. 251-259.
"2021 report on drinking water supply of Ferghana region". JSC "Ozsuvtaminot" Ferghana region branch. 2022. P.169.
Sedov L. I. Method theory of proportions and analogy and mechanics. M.: Nauka, 1970. 440 p.
Zegzhda A.P. The theory of likeness and methodical calculation of hydrotechnical models. L.- M.: Gosstroyizdat, 1988. 162 p.
Levi I. I. Simulation of hydraulic phenomena. L.: Energy, 1967. 235 p.
