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- W968359878 abstract "A one-dimensional numerical simulation for subcritical flow in open channels network combining junction is considered and described allowing a comprehension of water flow modelling throughout a junction. In channel branches, the mathematical model used is the Saint Venant hyperbolic system, while for the junction; different models of equations based on momentum or energy conservation exist. In this study, we describe the treatment of internal boundary conditions. The characteristics method is coupled with four different combining models, for the simulation of subcritical flow through junction, which are : the equality of water stages, Gurram model, Hsu model and Shabayek model. These models are compared to available experimental data and to each other in steady and transient flow problems. This investigation shows a deficit for the equality model in relation to the other models in the simulation of high Froude number subcritical flow downstream the junction (Fd ≈ 0.7)." @default.
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- W968359878 date "2007-06-24" @default.
- W968359878 modified "2023-10-05" @default.
- W968359878 title "Simulation of subcritical flow at a combining junction" @default.
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