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Research on Sponge Campus Application Based on Low Impact Development Measures--A Case Study of Wuhan Polytechnic University

机译：基于低影响开发措施的海绵校园应用研究-以武汉工业大学为例

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摘要

In recent years, China has vigorously promoted the construction of sponge cities and achieved good results. The university campus is a relatively independent existence in the city. Due to historical planning and construction reasons, it is easy to accumulate water when the city has a large amount of precipitation. Taking Wuhan Polytechnic University as an example, this paper analyzes the causes of waterlogging on campus from the aspects of urban precipitation, campus planning, rainwater harvesting and utilization, and proposes a series of low-impact development (LID) measures, such as increasing the permeability of paving area, building vegetative ditch, setting up infiltration green belt, and renovating the artificial lake in the school. The author adopted the SWMM model of urban stormwater management developed by the U.S.EPA as a carrier to construct a low-impact rainwater system model, The SWMM model which funded by the US Environmental Protection Agency was used to construct a low-impact development rainwater system model to evaluate the effect of low-impact development measures on ground runoff control.
机译：近年来，中国大力推进海绵城市建设，取得了良好成绩。大学校园是城市中相对独立的存在。由于历史规划和建设原因，该市降水量大时很容易积水。以武汉工业大学为例，从城市降水，校园规划，雨水收集与利用等方面分析了校园内涝的成因，并提出了一系列的低影响发展措施，如增加水的影响。铺路区域的通透性，建立植物性沟渠，建立渗透绿化带和翻新学校的人工湖。作者采用了USEPA开发的城市雨水管理的SWMM模型作为载体来构建低影响的雨水系统模型，由美国环境保护署资助的SWMM模型被用来构建低影响的雨水系统。模型以评估低影响开发措施对地面径流控制的影响。

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