Hydraulic Modeling of the Heterogeneous Mixture Transfer Process in Hydromorphic Environment with Unsteady Filtration

Abstract: The development of water management and land reclamation require qualitatively new theoretical and methodological levels of research, in particular, the search for effective mechanisms for solving the associated mass transfer by interconnected flows of surface, groundwater and infiltration moisture of the soil, which causes the need to develop more advanced hydrodynamic models of the dynamics of groundwater and surface water, allowing to describe the processes of mass transfer taking into account hydraulic, hydrogeological, physico-chemical processes in systems – open watercourse and upper layers of soil. By solving scientific and technical problems of water management and reclamation practice, special attention should be paid to the interrelated processes of water movement and mass transfer of various physical nature, namely along furrows, in the humidification zone - infiltration. The article describes comprehensively study the processes of interconnected surface and groundwater. The solution of these problems can be obtained by creating mathematical models of interconnected surface water and moisture changes in the soil moisture zone