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Computer Models of Complex Multiloop Branched Pipeline Systems

机译:复杂的多回路分支管道系统的计算机模型

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This paper describes the principal theoretical concepts of the method used for constructing computer models of complex multiloop branched pipeline networks, and this method is based on the theory of graphs and two Kirchhoff s laws applied to electrical circuits. The models make it possible to calculate velocities, flow rates, and pressures of a fluid medium in any section of pipeline networks, when the latter are considered as single hydraulic systems. On the basis of multivariant calculations the reasons for existing problems can be identified, the least costly methods of their elimination can be proposed, and recommendations for planning the modernization of pipeline systems and construction of their new sections can be made. The results obtained can be applied to complex pipeline systems intended for various purposes (water pipelines, petroleum pipelines, etc.). The operability of the model has been verified on an example of designing a unified computer model of the heat network for centralized heat supply of the city of Samara.
机译:本文描述了用于构建复杂的多回路分支管道网络的计算机模型的方法的主要理论概念,该方法基于图论和应用于电路的两个基尔霍夫定律。当将管道网络视为单个液压系统时,这些模型使得可以计算管道网络中任何部分的流体介质的速度,流速和压力。根据多变量计算,可以找出存在问题的原因,可以提出消除这些问题的成本最低的方法,并且可以为规划管道系统的现代化及其新工段的建设提出建议。获得的结果可以应用于旨在用于各种目的的复杂管道系统(输水管道,石油管道等)。该模型的可操作性已在设计用于萨马拉市集中供热的热网统一计算机模型的示例中得到验证。

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