Baxramov Umarkhodja, 1 Kaxarov Bakhodir

Solid State Technology
Volume: 65 Issue: 1 
Publication Year: 2022
67
Archives Available @ www.solidstatetechnology.us 
Fig.2. The first design scheme of a utilitynetwork with 2 rings 
Fig. 3. Block diagram of the algorithm for modeling processes of consumption of the target product 
 

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Solid State Technology
Volume: 65 Issue: 1 
Publication Year: 2022
68
Archives Available @ www.solidstatetechnology.us 
 Conclusions 
In this paper, we propose ways to implement methods for modeling the processes of consumption of 
the target product (heat supply, water supply and gas supply) of the water withdrawal flow model at 
the nodes obtained on the basis of reliable sampling values and collected from the results of many 
years of statistical processing of these data for pipeline engineering networks. On the basis of the 
model obtained in the work, the convergence of the results obtained with the results of simulation of 
engineering networks with the help of numerical experiments on electronic computers is proved. The 
effectiveness of the developed model, the corresponding algorithms and the software package is 
given, it is indicated that the operating costs can be reduced in comparison with the methods 
currently used in practice. The article describes the possibility of obtaining the hydraulic 
characteristics of engineering networks at the design stage when using it as part of a simulation 
program for the entire supply and distribution system of target products in engineering networks. 
 
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