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Flood Simulation Study in the Dongtinghu and Yichang-Hankou Basins of the Yangtze River

Sun Xi Xiao

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Abstract

This paper introduced a multiple inputs single output linear system model based on the principle and method of modern system engineering.The Dongtinghu and Yichang Hankou basins of the Yangtze river were selected for flood simulation case study. Using data of historical floods, the model performs well with high model efficiencies and low relative error. The model will provide the technical support and service for flood forecasting and dispatch decision in the middle reach of Yangtze River.

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What this paper is about

This paper introduced a multiple inputs single output linear system model based on the principle and method of modern system engineering.The Dongtinghu and Yichang Hankou basins of the Yangtze river were selected for flood simulation case study. Using data of historical floods, the model performs well with high model efficiencies and low relative error. The model will provide the technical support and service for flood forecasting and dispatch decision in the middle reach of Yangtze River.

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Available abstract

This paper introduced a multiple inputs single output linear system model based on the principle and method of modern system engineering.The Dongtinghu and Yichang Hankou basins of the Yangtze river were selected for flood simulation case study. Using data of historical floods, the model performs well with high model efficiencies and low relative error. The model will provide the technical support and service for flood forecasting and dispatch decision in the middle reach of Yangtze River.

Key concepts: Yangtze river, Flood myth, Hydrology (agriculture), Civil engineering, Environmental science, Flood forecasting, Water resource management, Floodplain

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Flood Simulation Study in the Dongtinghu and Yichang-Hankou Basins of the Yangtze River — Research Paper | ScholarLens