ON THE DEVELOPMENT OF A SIMULATION DYNAMICS MODEL OF THE GROUNDWATER DISTRIBUTION
The article discusses the application of the model of knowledge about the dynamics of groundwater distribution on the example of Ilyinsky water intake. The change in the groundwater level depending on the increase in the amount of pumped water, the change in the level of groundwater in neighboring wells with an increase in the amount of pumped water. It is concluded that the increase of water intake in one of the wells of water intake leads to drainage of wells of water intake, located in the direction of water flow. Deals with the functioning of drainage systems, processing plants and transportation of the pulp to the tailing, the volume of water withdrawn from GOK to the needs of urban districts. The experiment shows that the change in the thickness of the protective wall of the tailings storage facility, as well as the use of effective materials for the isolation of tails, directly affects the volume and speed of contaminated water flowing through the protective wall. The model reflects seasonal fluctuations in groundwater levels. The presence of built-in language description of functional nodes makes the model very flexible to use. During the experiments, it is possible to simulate different technogenic conditions by changing the appropriate methods, as well as the values of the parameters of nodal objects.
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