ТЕЗ ЮВИЛУВЧАН ТУПРОҚЛАРДАН ТАШКИЛ ТОПГАН КАНАЛЛАРНИНГ УМУМИЙ ЮВИЛИШИНИ ҲИСОБЛАШНИНГ КОМБИНАЦИЯЛАНГАН УСУЛИ
##article.subject##:
ўзан, ўзан жараёни, ювилиш, умумий ювилишни ҳисоблаш усуллари, оқимнинг ташиш қобилияти, каналнинг деформацияси, оқим динамикаси.##article.abstract##
Мақолада Амударё дарёсидаги Тахиаташ сув иншооти остидаги мавжуд эмпирик боғлиқликлар ва умумий эрозиянинг ҳақиқий маълумотларини таҳлил қилиш асосида оқимнинг ташиш қобилиятини каналнинг асосий параметрларига боғлиқлиги тузилиши, тури ва ўртача канал кенглигининг ўртача чуқурликка морфометрик боғлиқлиги аниқланган. Тавсия этилган комбинацияланган ҳисоблаш усули назарий тенгламаларга (Сент-Венан) ва суюқлик ҳаракати тенгламасига (Бернулли) ва оқимнинг ўртача лойқалигини ва канал кенглигини аниқлаш учун эмпирик боғлиқликларга асосланади. Ушбу тенгламалар ёрдамида Амударё дарёсидаги Тахиаташ сув иншооти остидаги умумий эрозия ҳисоблаб чиқилди. Ҳисоб-китоб натижаларини ҳақиқий маълумотлар билан таққослаш уларнинг қониқарли яқинлашишини кўрсатди.
Библиографические ссылки
Bazarov D, Markova I, Sultanov Sh, Kattakulov F and Baymanov R 2020 Dynamics of the hydraulic and alluvial regime of the lower reaches of the Amudarya after the commissioning of the Takhiatash and Tuyamuyun hydrosystems IOP Conf Series: Material Science and Engineering 1030 012110 doi: 10.1088/1757-899X/1030/1/012110
Chembarisov E I, Lesnic T U, Ergashev A and Vaxidov C 2015 Analysis of long-term changes in the water content of rivers of large irrigated massifs of the Amu Darya River basin. In: Proceedings of the conference "Ways to improve the efficiency of irrigated agriculture". 4(60):115-120
Gusarov A 2012 A new hydrological method for estimating the river bed and drainage basin components of erosion and suspended sediment fluxes in river basins Iranian J. of Earth sciences 4 pp 31-43
Hodzinskay A 2018 Algoritm for calculation of channel deformation in soils of various graininess, in IPICSE-2018, MATEC Web of Conferences 251, 02006, https://doi.org/10/1051/matecconf/201825102006 (EDP Sciences)
Jiang J, Ganju N and Mehta A 2004 Estimation of Contraction Scour in Riverbed using SERF J.of Waterway, port, coastal and ocean engineering 215 doi:10.1061./(ASCE)0733-950X(2004)130:4(215)
Juk M M and Kopaliani Z D 2007 On the prospects of creating methods for assessing the hydrological and hydraulic characteristics of unexplored rivers based on hydromorphological dependencies. J Scientific notes of RGGMY St. Petersburg 5 pp 56-97, (St. Petersburg , 2007)
Katolikova N I 1994 On the problem of the account water discharge characteristics in the channel process Proceedings UNESCO Inter. Symp. On River Engineering Methods vol 1 pp 108-116 (St.Petersburg, 1994)
Kirvel I, Kukshinov M, Volchek A ahd Kirvel P 2018 Channel Formation in Rivers Downstream of Water Reservoirs J Limnological Review 18(2) pp 47-57 doi.org/10.2478/limre-2018-0006, (Sciendo , Warsaw, Poland, 2018)
L’vovskaya E A and Chalov R S 2013 Methods of riverbed processes forecasting under changing water content of the river J Geomorfologiya 3:78-88.doi.org/10.15356/0435-4281-2013-3-78-88 (Institute of Geography of the Russian Academy of Sciences, Moscow, Russia, 2013)
Lepekhin A P and Tiunov F F 2019 Sovremennye gidrodinamicheskie modeli ruslovyh processov [Modern hydrodynamic models of riverbed processes] J. Water management 4, doi:10.35567/1999-4508-2019-4-6
Patil R and Shetkar R 2016 Prediction of Sediment Deposition in Reservoir Using Analytical Method American Journal of Civil Engineering, 4(6) pp 290-297 doi:10.11648/j.ajce.20160406.14 (Science Publishing Group, 2016)
Slavinska O 2008 Research of developing general riverbed deformations in zone of influence exerted by highway-stream crossing J. “Motor-car roads and road construction”, issue No 75 pp 286-295 (Publishing House of National Transport University, Kyiv, 2008)
