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10 mar 2022 · In this work, a flood routing model, corresponding to a singular form of the Muskingum model, constructed as a network flow is proposed and integrated into the water management optimization.
1 wrz 2024 · A new approach is proposed to generate a set of rating curves to represent the combined impacts of the inflow and outlet stage on the lake storage volume, thereby an innovative hydrological routing method fully considering backwater effects is established.
26 sie 2024 · Reservoir routing has been a routine procedure in hydrology, hydraulics and water management. It is typically based on the mass balance (continuity equation) and a conceptual equation relating storage and outflow.
28 gru 2023 · Hydrologic and hydraulic methods are two main classes of conventional flood routing methods. Hydrological models such as the Muskingum model solve the storage and continuity equations to estimate the downstream flow hydrograph.
6 paź 2023 · Spatially distributed hydrology and land surface models are typically applied in combination with river routing schemes that convert instantaneous runoff into streamflow.
hydrological parameters and including hydrodynamic routing are critical elements to achieve realistic streamflow simulations in South America. Besides the complexity of the routing scheme used, the choice of routing time step may also impact streamflow calculations 105 (Shaad, 2018).
Routing is most influential on peak magnitude and timing of large events; both of these are poorly captured by integrated hydrograph metrics such as KGE and NSE. Peak flow differences after calibrating the routing models would be a much more useful metric for evaluating routing model performance.
