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Drainage Simulating for the Effect of Type of Urban Water Consumption to the Combined Drainage Networks Based on SWMM

机译:基于SWMM的城市用水方式对联合排水管网影响的排水模拟。

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A drainage Simulating for the effect of type of urban water consumption to the combined drainage networks based on the Storm Water Management Model was established. The type and period of urban water consumption base on residential area, marketplace, school area, and guesthouse area in Kunming Chuangfang river basin and two rainfall situation (P=1a and P=3a) in different periods were introduced into the model, and their effect to the sub-catchments was simulate. The results showed that the type and peak of urban water consumption have a great effect for the drainage ability of sub-catchments in the combined drainage networks, there are 9.1% and 21.4% nodes overflow, 54.4% and 65.2% conduits occured full conduits in biggest in two rainfall situations, and the different types of area and drainage peak time have been influenced to the flow of outlet in the same rainfall condition in Kunming Chuanfang river basin and the effect of water consumption in the marketplace is a greatest. The research harvest will provide strong technical support for rebuild drainage network in Kunming or other city.
机译:建立了基于暴雨水管理模型的城市排水模拟联合排水网络的排水效果。该模型引入了基于昆明创方流域居民区,市场,学校区,宾馆区的城市用水类型和时期,以及不同时期的两种降雨情况(P = 1a和P = 3a),并对其进行了模型化。模拟了对子汇水面积的影响。结果表明,城市用水量的类型和高峰对组合流域子流域的排水能力有很大影响,节点溢流的比例分别为9.1%和21.4%,54.4%和65.2%的管道发生在全流域。在两种降雨情况下最大,并且在相同降雨条件下,不同类型的面积和排水高峰时间都对昆明川坊河流域的出水口流量产生了影响,市场上的耗水影响最大。研究成果将为昆明或其他城市的排水网络重建提供强有力的技术支持。

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