COMPUTER SIMULATIONS FOR ASSESSING THE WATER REGIME IN IRRIGATION SYSTEMS
Keywords:Computer modeling of hydrogeological objects, ground and surface waters, forecasting the regime of ground waters in irrigated fields, determining the optimal structure and regime of collector networks
This article discusses computer simulations for assessing the water regime in irrigation systems, solving problems of complex hydrogeological objects, predicting the regime of groundwater in irrigated fields, determining the optimal structure and regime of collector networks, etc., the sweep method for solving the system, the method of alternating directions for solving the equations of planned filtration, a method for the numerical solution of equations.
Abutaliev FB, Khodzhibaev NN, Umarov U. Application of numerical methods and computers in hydrogeology. Tashkent, Fan, 1976.
Antontsev S.N., Meirmanov A.M. Mathematical models of the joint movement of surface and ground waters. NSU, Novosibirsk, 1979, p. 78.
Epikhov G.P. Mathematical model of planned filtration in relation to river flow and its implementation. Water resources, 1980, no. 2, p. 35-44.
Kasymov M. On one mathematical model of the relationship between groundwater and irrigation networks on irrigated maps. Bulletin of the KK FAN UzSSR, 1983, No. 4.
Koryavov P.P. Problems of closing the hydrological system of river basin models. Vkn: Mathematical modeling. Processes in complex economic and ecological systems. M., 1986.
Evaluation of the applicability of the approximate method for modeling hydrogeological objects. I.K. Sulaimanov, M. Kasymov (Bulletin No. 4, KK AN RUz, Nukus, 1984).
. Ostonakulov, T. E., & Shamsiev, A. A. Results Of Research On Selection And Development Of Technology Of Cultivation Of Varieties Of Batatas In The Conditions Of Samarkand Region. JournalNX, 249-253.
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