1974
DOI: 10.1061/jyceaj.0003992
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Multiple Linearization Flow Routing Model

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Cited by 56 publications
(16 citation statements)
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“…The last method was selected for this analysis. This method uses two techniques-storage continuity (Sauer, 1973) and diffusion analogy (Keefer, 1974;Keefer and McQuivey, 1974).…”
Section: Description Of Flow-routing Modelmentioning
confidence: 99%
See 1 more Smart Citation
“…The last method was selected for this analysis. This method uses two techniques-storage continuity (Sauer, 1973) and diffusion analogy (Keefer, 1974;Keefer and McQuivey, 1974).…”
Section: Description Of Flow-routing Modelmentioning
confidence: 99%
“…In order to handle this problem, the option of multiple linearization is available (Keefer and McQuivey, 1974), which uses a family of unit-response functions to represent the system response. Determination of the system's response to the input at the upstream end of the reach is not the total solution for most flow-routing problems.…”
Section: Description Of Flow-routing Modelmentioning
confidence: 99%
“…The idea of multi-model approach is not new in hydrological modelling -for example early works of Keefer and McQuivey (1974), Todini and Wallis (1977), Bruen (1985) HESSD and Becker and Kundzewicz (1987) who were building piece-wise linear models instead of the overall linear hydrological model. Cavadias and Morin (1986) aggregated several watershed models which were considered by WMO (1986) for intercomparison of their model performances.…”
Section: Hessd 1 Introductionmentioning
confidence: 99%
“…One basic part of the rainfall-runoff process is the flood routing. Regarding flood routing, the models can be divided into two main categories, the hydrologic models as the Muskingum model (Dooge et al, 1982) and the hydraulic models as the kinematic, diffusion and hydrodynamic wave models (Price, 1973;Keefer and McQuivey, 1974).…”
Section: Rainfall-runoff Modelingmentioning
confidence: 99%
“…One basic part of the rainfall-runoff process is the flood routing. Regarding flood routing, the models can be divided into two main categories, the hydrologic models as the Muskingum model (Dooge et al, 1982) and the hydraulic models as the kinematic, diffusion and hydrodynamic wave models (Price, 1973;Keefer and McQuivey, 1974). While Muskingum method constitutes a hydrologic approach to the stream channel routing, Muskingum-Cunge method constitutes a hybrid approach, namely a combination of hydrologic and hydraulic approach.…”
Section: Routing Model Of Muskingum-cungementioning
confidence: 99%