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Preliminary study on Coupling numerical model of hydrology and hydrodynamics for The Typical Area of Pearl River Delta

机译:珠江三角洲典型区域水文与流体动力学耦合数值模型的初步研究

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The implementation of the national strategy of Guangdong, Hong Kong and Macao Great Bay Area has put forward higher requirements for flood control and security in the Pearl River Delta. In this paper, region protected by Zhongshan and Zhuhai dike, which is the Qianshan River Basin, is selected as the typical area of Pearl River Delta. The flood control security of this regional is affected by flood upstream, local rainstorm and tidal level downstream. For this region, a coupled hydrological and hydrodynamic model is built and the model parameters are calibrated by measured data in June 2008 and verified by measured data in July 2012. The calculated results match well with measured data and meet the precision requirement. This research established foundation to study flood control and security in Guangdong, Hong Kong and Macao Great Bay Area.
机译:在珠江三角洲实施广东,港澳大湾区的国家战略,为珠江三角洲洪水控制和安全提出了更高要求。 本文认为,由中山和珠海堤防保护的地区是千山河流域,被选为珠江三角洲的典型区域。 该区域的防洪安全受到下游洪水上游,地方暴雨和潮汐层的影响。 对于该区域,建立了耦合的水文和流体动力学模型,2008年6月的测量数据校准了模型参数,并于2012年7月通过测量数据进行了验证。计算结果与测量数据相匹配并满足精度要求。 本研究为广东,港澳大湾区学习洪水控制和安全的基础。

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