Application of Unsteady Fluid Flow Simulation in the Process of Regulating an Industrial Hydraulic Network
Milan Fil’o,
Tomáš Brestovič,
Marián Lázár
et al.
Abstract:In this article, an analytical solution to a hydraulic network with a wide range of pipe lengths (up to 10 km) is proposed. The Finite-Difference Time-Domain (FDTD) method was applied with the aim of creating a regulation model for controlling both the flow rate of water from one of the two sources and the discharge pressure in the system. The system inertia requires an understanding of boundary conditions in the operation of pipeline networks, which must be known in order to regulate the required parameters w… Show more
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