基于雨水利用的武汉市综合公园设计研究
发布时间：2018-09-06 19:35
【摘要】：随着城市建设的不断发展,城市雨水问题日益严重。公园绿地是城市建设的重要组成部分,在城市雨水问题缓解中起着至关重要的作用。本文将城市雨水问题与公园绿地设计对接,在公园尺度上提高雨水渗透利用与集蓄利用,减少公园雨水外排,消纳部分周边用地的雨水,减轻下游管道压力,从而在一定程度上缓解当前严峻的城市雨水问题。论文深入研究了国内外雨水利用理论与案例,调查分析了武汉市综合公园用水及雨水利用具体形式,从公园设计层面上分析了道路、建筑、水系、地形、植被现状及其雨水利用利弊,总结了设计层面的雨水利用问题;归纳了武汉综合公园的雨水利用优势,计算其雨水利用潜力。结合住建部推出的海绵城市建设指南,选择合适的雨水利用设施,根据其概念功能及在武汉地区的使用情况,分析其在武汉市综合公园中的适用性;遵循源头处理、中端调控、末端集蓄的雨水径流处理过程,选择并安排雨水利用设施。文章的主体部分为第五章,针对设计层面的雨水利用现状,提出基于雨水利用的武汉综合公园设计策略;结合国内外优秀的雨水利用相关项目,从公园设计要素道路、建筑、水体、地形、植被五个方面,探讨公园设计过程中提高雨水利用的具体途径。最后在展望中,对武汉综合公园雨水利用在公园绿地尺度乃至城市绿地尺度推广的可能性与必要性进行了探讨,也总结了论文的不足之处。期望雨水利用的理念能够得到推广并真正落地实施,最终形成城市水绿交融的景象。
[Abstract]:With the development of urban construction, the problem of urban Rain Water is becoming more and more serious. As an important part of urban construction, park green space plays an important role in alleviating the problem of urban Rain Water. In this paper, the problem of urban Rain Water is connected with the design of the park green space. In the park scale, the infiltration utilization and accumulation utilization of Rain Water can be improved, the discharge of the park Rain Water will be reduced, and some surrounding land areas will be absorbed. The pressure of the downstream pipeline will be alleviated. In order to alleviate the current severe urban Rain Water problem to a certain extent. This paper deeply studies the theory and cases of Rain Water's utilization at home and abroad, investigates and analyzes the concrete forms of water use in Wuhan Comprehensive Park and Rain Water's use of water, and analyzes the road, architecture, water system and topography from the park design level. The present situation of vegetation and the advantages and disadvantages of Rain Water are summarized, and then the question of the use of Rain Water at the design level is summarized, and the advantage of Rain Water in Wuhan Comprehensive Park is summed up, and the potential of its use is calculated. Combined with the sponge city construction guide issued by the Ministry of Housing and Construction, select suitable Rain Water facilities, analyze its applicability in Wuhan Comprehensive Park according to its concept function and use situation in Wuhan area, follow the source treatment, adjust and control at the middle end, The terminal collecting and storing Rain Water runoff treatment process, choose and arrange Rain Water utilization facilities. The main part of the article is the fifth chapter, aiming at the current situation of Rain Water's utilization in the design level, this paper puts forward the design strategy of Wuhan Comprehensive Park based on the use of Rain Water, and combines with the outstanding domestic and foreign Rain Water projects to design the essential road and architecture from the park. This paper discusses the ways to improve Rain Water's utilization in the process of park design from five aspects: water body, terrain and vegetation. Finally, the paper discusses the possibility and necessity of using Rain Water in the scale of park green space and even the scale of urban green space in Wuhan Comprehensive Park, and summarizes the deficiency of this paper. It is hoped that Rain Water's idea will be popularized and implemented, and finally the city water and green blend will be formed.
【学位授予单位】：华中农业大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TU986.2
本文编号：2227337
[Abstract]:With the development of urban construction, the problem of urban Rain Water is becoming more and more serious. As an important part of urban construction, park green space plays an important role in alleviating the problem of urban Rain Water. In this paper, the problem of urban Rain Water is connected with the design of the park green space. In the park scale, the infiltration utilization and accumulation utilization of Rain Water can be improved, the discharge of the park Rain Water will be reduced, and some surrounding land areas will be absorbed. The pressure of the downstream pipeline will be alleviated. In order to alleviate the current severe urban Rain Water problem to a certain extent. This paper deeply studies the theory and cases of Rain Water's utilization at home and abroad, investigates and analyzes the concrete forms of water use in Wuhan Comprehensive Park and Rain Water's use of water, and analyzes the road, architecture, water system and topography from the park design level. The present situation of vegetation and the advantages and disadvantages of Rain Water are summarized, and then the question of the use of Rain Water at the design level is summarized, and the advantage of Rain Water in Wuhan Comprehensive Park is summed up, and the potential of its use is calculated. Combined with the sponge city construction guide issued by the Ministry of Housing and Construction, select suitable Rain Water facilities, analyze its applicability in Wuhan Comprehensive Park according to its concept function and use situation in Wuhan area, follow the source treatment, adjust and control at the middle end, The terminal collecting and storing Rain Water runoff treatment process, choose and arrange Rain Water utilization facilities. The main part of the article is the fifth chapter, aiming at the current situation of Rain Water's utilization in the design level, this paper puts forward the design strategy of Wuhan Comprehensive Park based on the use of Rain Water, and combines with the outstanding domestic and foreign Rain Water projects to design the essential road and architecture from the park. This paper discusses the ways to improve Rain Water's utilization in the process of park design from five aspects: water body, terrain and vegetation. Finally, the paper discusses the possibility and necessity of using Rain Water in the scale of park green space and even the scale of urban green space in Wuhan Comprehensive Park, and summarizes the deficiency of this paper. It is hoped that Rain Water's idea will be popularized and implemented, and finally the city water and green blend will be formed.
【学位授予单位】：华中农业大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TU986.2
【引证文献】
相关会议论文 前1条
1 车伍;乔梦曦;王思思;;中国古代雨水管理实践的现代启示[A];全国排水委员会2012年年会论文集[C];2012年
，本文编号：2227337
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