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Optimal gate operation of a main drainage canal in a flat low‐lying agricultural area using a tank model incorporated with a genetic algorithm

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デジタル記事
2006-10-27Journal of the Faculty of Agriculture, Kyushu University51 2p.351-359
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  • 要約等Chiyoda basin is located in Saga Prefecture in Kyushu Island, Japan. The total basin area is about 566 ha, which is a typical flat low-lying paddy-cultivated area. The main problem in this basin is the appropriate operation of drainage structures during flood events in order to avoid the local inundation that seriously damages the crop yield. This paper presents a mathematical model of a drainage system in Chiyoda basin for calculating the flood inundation and optimizing the operation of gates in a main drainage canal. The optimization of a gate operation was carried out by a genetic algorithm. The simulation process was executed usin...
  • 関連情報Journal of the Faculty of Agriculture, Kyushu University || 51(2) || p351-359 九州大学大学院農学研究院紀要 || 51(2) || p351-359 http://www.agr.kyushu-u.ac.jp/index.html
  • 参照FLOOD INUNDATION ANALYSIS USING A DISTRIBUTED TANK MODEL FOR A FLAT, LOW‐LYING AGRICULTURAL AREA UNDERGOING URBANIZATION IN HANOI, VIETNAM

Optimal Gate Operation of a Main Drainage Canal in a Flat Low-lying Agricultural Area using a Tank Model Incorporated with a Genetic Algorithm

Optimal Gate Operation of a Main Drainage Canal in a Flat Low-lying Agricultural Area using a Tank Model Incorporated with a Genetic Algorithm
記事
2006Journal of the Faculty of Agriculture, Kyushu University 51(2)p.351-359
全国の図書館

Optimal Gate Operation of a Main Drainage Canal in a Flat Low-lying Agricultural Area using a Tank Model Incorporated with a Genetic Algorithm

Optimal Gate Operation of a Main Drainage Canal in a Flat Low-lying Agricultural Area using a Tank Model Incorporated with a Genetic Algorithm
記事
2006Journal of the Faculty of Agriculture,Kyushu University 51(2)p.351-359
全国の図書館

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