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This hydrodynamic SWMM model is developed by Congcong Sun (Institut de Robòtica i Informàtica Industrial (CSIC-UPC) under the supervise of Manfred Schütze (Department of Water and Energy, ifak), Morten Borup and Luca Vezzaro (Department of Environmental Engineering of Technical University of Denmark). Quote and mention the authors are needed dur…
open-toolbox/SWMM-Astlingen
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Astlingen_SWMM.inp is the SWMM model for the Astlingen benchmark network, which originally includes the Base Case control (BC) of locally controlled throttle settings, and can be run directly without alternations. Another type of real-time control rules, the EFD control, has also been defined in the EFD_Control.txt. To run Astlingen_SWMM.inp using EFD control, the only thing you need to do is replacing control rules in the SWMM editor at Astlinge_SWMM.inp with the rules defined in EFD_Control.txt. Similar scheme can be used to apply some other simple real-time control rules. Small tips to use Astlingen_SWMM.inp: you may need to reload the four rain files and the backdrop picture cause they are using relative paths. You can refer to the 1-year rainfall times series for the four different rain guages with the names of: 1Astlingen_Erft1.txt 2Astlingen_Erft2.txt 3Astlingen_Erft3.txt 4Astlingen_Erft4.txt astingen.jpg is the backdrop picture.
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This hydrodynamic SWMM model is developed by Congcong Sun (Institut de Robòtica i Informàtica Industrial (CSIC-UPC) under the supervise of Manfred Schütze (Department of Water and Energy, ifak), Morten Borup and Luca Vezzaro (Department of Environmental Engineering of Technical University of Denmark). Quote and mention the authors are needed dur…
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