Abstract
The paper describes special aspects of mathematical modeling of water supply and sewerage systems. These systems are complex units consisting of extensive pipeline networks, structures, installations, and equipment supposed to work coherently. This task is challenging due to the large number of parameters and technological processes that occur in sewerage and water supply systems. Therefore, in practice, different types of modeling, including mathematical modeling, are used to cope with these tasks. Modeling is a form of reflection of reality. A developed model can only be useful if it precisely corresponds to the real system. The more perfect the model, the closer it is to the reality.
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