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                                       Details van artikel 51 van 61 gevonden artikelen
 
 
  Stochastic Inflow Simulation for Searching Rule Curves
 
 
Titel: Stochastic Inflow Simulation for Searching Rule Curves
Auteur: Anongrit Kangrang
Anujit Phumphan
Witsanukorn Chaiyapoom
Verschenen in: American journal of applied sciences
Paginering: Jaargang 5 (2008) nr. 3 pagina's 221-226
Jaar: 2008
Inhoud: Rule curves are basic monthly guidelines for long term reservoir operation. Generally, the optimal rule curves are searched by reservoir simulation model and optimization techniques. A traditional reservoir simulation does not consider the risk of reservoir operation caused by natural uncertainty from inflow. A stochastic simulation model embedded genetic algorithm model isdeveloped for searching the optimal rule curves in this study. Synthetic inflows are used in the developed model for assessing the risk reservoir operation. Single and multi-reservoir systems areapplied to assess the efficiency of the proposed technique. The developed model has been applied to determine the optimal rule curves of the Bhumibol and Sirikit Reservoirs (the Chao Phraya RiverBasin, Thailand) for multi-reservoir system and the Ubolratana Reservoir (the Chi River Basin, Thailand) for single system. The optimal rule curves of each system were used to assess by a MonteCarlo simulation. The results show that the situations of water shortage and excess release of the obtained rule curves are not significantly different from the situation of the curves searching bytradition simulation. It can be concluded that the stochastic simulation model embedded genetic algorithm provided the optimal rule curves as considering the risk of reservoir operation. Furthermore, the proposed model is applicable for both single and multi-reservoir systems.
Uitgever: Science Publications (provided by DOAJ)
Bronbestand: Elektronische Wetenschappelijke Tijdschriften
 
 

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