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首页> 外文期刊>Journal of Hydrodynamics >RESEARCH ON SYSTEM DYNAMICS MODEL OF CONVEYANCE CAPACITY IN SYMMETRIC COMPOUND CHANNELS
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RESEARCH ON SYSTEM DYNAMICS MODEL OF CONVEYANCE CAPACITY IN SYMMETRIC COMPOUND CHANNELS

机译:对称复合管道中对流能力的系统动力学模型研究

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摘要

Stage-discharge curves are particularly important in river basin management. For a compound channel, the stage-discharge curve is often difficult to be extrapolated to yield estimates of level for a given frequency of flow. By analyzing a large number of experimental data from Science and Engineering Research Council Flood Channel Facility (SERC-FCF) and applying system dynamics method, the authors established system dynamics model of conveyance capacity when rivers flow in an overbank mode, spilling onto the adjoining flood plain. The model was applied to a compound channel. And the corresponding simulated results are shown to attain high accurcy.
机译:水位流量曲线在流域管理中尤其重要。对于复合通道,通常很难推断出级流量曲线以得出给定流动频率的液位估算值。通过分析来自科学与工程研究委员会洪水通道设施(SERC-FCF)的大量实验数据,并应用系统动力学方法,作者建立了当河流以过岸方式流入,溢出到相邻洪水时的运输能力的系统动力学模型。普通该模型已应用于复合渠道。并显示了相应的仿真结果,具有较高的准确性。

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