Evaluating the performance of convex and corrected Att-Kin methods in operation of finding routing of flood (case study: Dalki river)
Paper Details
Evaluating the performance of convex and corrected Att-Kin methods in operation of finding routing of flood (case study: Dalki river)
Abstract
In this research with the use of the hydrological convex sub-methods the operation of finding flood routing was done between the Sarghanat and Kelal stations located in Dalki river. the characterstics of 26 flood was extracted as model input and then to evalute model performance and predict the output of hydrographs the Nash–Sutcliffe criteria, RMSE and relative error was used. Results of this study showed that Convex graphical sub-method can predict the outputs of hydrographs with higher precision as compared to other three methods. Moreover another result of this research is the priority of the use of 50% discharge as input discharge in model and results showed that in all sub-methods the predictiong the discharges of lower than 700 cubic meter per second had higher precision compared to discharges more than 700 cubic meter per second.
Sing, V. 2002. Hydrological systems of runoff-rainfall modeling. Translation of Najafi, M. Tehran University Publication.
Abbasi zadeh M. 2008. Evaluation of the performance of hydrological methods in findinf flood routing. Ph.D thesis. Tehran sciences nad researches.
Abdolshah nejad A. 1996. Comarison of the different hydrological and hydraulic methods in finding flood routing in a part of Karron stream. MS.c thesis, Tehran university.
Alizadeh A. 2001. Basis of application hydrology. Emam Reza Publication.
Ghodsian M. 1998. Flood control and Drainage Engineering. Publication of Tarbiat Modares University.
Abbot MB, Bathurst JC, Cunge JA, O’Connell PE, Rasmussen J. 1986, “An introduction to the European Hydrological System – Systeme Hydrologique Europeen, SHE. 1 History and philosophy of a physically-based distributed modelling system & 2 Structure of a physically-based distributed modelling system”, Journal of Hydrology 87, 45-77.
Akan AO, Yen BC. 1977, “A nonlinear diffusion wave model for unsteady open channel flow.” Proceedings of the 17th IAHR Congress, August, Baden-Baden, Germany 2, 181-190.
Aldama A. 1990, “Least-Squares Parameter Estimation for Muskingum Flood Routing.” Journal of Hydraulic Engineering 116(4), 580-586.
Amein M, Fang C. 1970, “Implicit Flood Routing in Natural Channels.” Journal of Hydrologic Division 96(12), 2481-2500.
Bohrani Fard Ayoub, Rouhina Ayat, Mohaghegh Seyed Saeid, Asadolah Talebifar (2014), Evaluating the performance of convex and corrected Att-Kin methods in operation of finding routing of flood (case study: Dalki river); JBES, V4, N2, February, P295-301
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