十堰市城市中心区地下综合管廊可行性研究

发布时间：2018-06-05 12:10

本文选题：十堰市 + 地下综合管廊　；参考：《湖北工业大学》2017年硕士论文

【摘要】：城市地下综合管廊将水、电、气、通信等各类市政管线铺设在同一空间内,实现集中管理,可以防止管线破裂,避免反复开挖路面,集约利用城市地下空间,对于城市建设具有重要意义。本文通过对城市地下综合管廊基本概念、城市规划理论、系统论、公共产品理论和城市经营理论等基础理论的阐述,分析了十堰市城市中心区地下综合管廊体系建设的必要性和可行性。在调查十堰市地下综合管廊和管线现状的基础上,探讨了城市管线布局存在的问题,分析了完善、优化地下综合管廊规划的数学模型,研究了城市地下综合管廊建设、运营、维护模式。主要研究成果有:(1)结合南水北调水质安全和集约利用城市地下空间,分析了十堰市城市中心区地下综合管廊建设的必要性和可行性。(2)探讨了当前十堰市城市中心区地下综合管廊在规划设计、运营机制、收费标准、管理机制和管廊体系建立等方面存在的一系列问题。通过分析发现产生问题的原因,主要在于城市地下综合管廊机制及建设流程因素、人员及技术装备因素和社会外界环境因素。提出通过完善顶层布局及运行机制、创新和规范规划设计、完善建设和施工组织、创新收费制度和运营模式、转变综合管理方法等措施,来完善十堰市城市中心区地下综合管廊体系。(3)地下综合管廊建设选线问题实质上是个多目标优化问题。构建了地下综合管廊路由优化体系,包括路由优化目标、评价指标集、管廊路由比选方案。基于数学模型,通过指标集对路由方案进行定量评价,综合评判,比选确定推荐方案,作为决策参考。基于数学模型开展方案比选,有利于对各项指标赋予不同权重,实现地下综合管廊选线整体优化。(4)建立了城市地下综合管廊框架体系。从顶层布局与规划设计、环境影响评价与建设施工、运营机制与管理模式(PPP)方面着手构建十堰市城市中心区地下综合管廊体系,合力解决城市地下综合管廊中出现的问题。在顶层设计及布局方面,分别从给水与排水管线布局、污水与雨水管线布局、电力与通信管线布局、燃气与热力管线布局以及综合管廊系统布局等方面进行分析;在综合管廊的规划设计方面,分别从综合管廊的规划、断面选型规划、三维控制线规划、配套设置及附属设施规划等方面进行分析。
[Abstract]:The urban underground comprehensive pipe corridor lays the water, electricity, gas, communication and other municipal pipelines in the same space and realizes centralized management. It can prevent pipeline rupture, avoid repeated excavation of the road, and use the urban underground space for intensive use. It has an important meaning for urban construction. This paper passes the basic concept of urban underground comprehensive corridor and the urban planning theory. The necessity and feasibility of the construction of the underground comprehensive pipe corridor system in Shiyan city center area are analyzed by the system theory, the public product theory and the theory of urban management theory. On the basis of investigating the present situation of the underground comprehensive pipe corridor and pipeline in Shiyan, the existing problems of the urban pipeline layout are discussed, the improvement and the optimization of the underground are analyzed. Based on the mathematical model of comprehensive corridor planning, the construction, operation and maintenance mode of urban underground comprehensive corridor are studied. The main research results are as follows: (1) the necessity and feasibility of the construction of underground comprehensive tube Gallery in Shiyan city central area are analyzed in combination with the water quality safety and intensive use of urban underground space in the south to North Water Diversion Project. (2) the current city of the city is discussed. There are a series of problems in the planning and design, the operating mechanism, the charging standard, the management mechanism and the establishment of the pipe corridor system in the central district. The main reasons are the mechanism of the urban underground comprehensive corridor and the factors of the construction process, the factors of personnel and technical equipment and the external environmental factors. Through perfecting the top layer layout and operating mechanism, innovating and standardizing the planning and design, perfecting the construction and construction organization, innovating the charging system and operating mode, changing the comprehensive management method, and so on, to improve the underground comprehensive pipe corridor system in Shiyan City Central District. (3) the problem of the construction and selection of the underground comprehensive pipe corridor is essentially a multi-objective optimization question. The routing optimization system of underground comprehensive tube corridor is constructed, including routing optimization target, evaluation index set and route selection scheme. Based on mathematical model, the routing scheme is evaluated quantitatively, comprehensive evaluation is evaluated, and the recommendation scheme is selected as a decision reference. The standard is given different weights to realize the overall optimization of the underground comprehensive corridor selection line. (4) the framework of the urban underground comprehensive corridor is established. From the top layer layout and planning and design, the environmental impact assessment and construction, the operation mechanism and the management model (PPP), the underground comprehensive pipe corridor system in the downtown of Shiyan city is set up to solve the urban land. In the design and layout of the top floor, the layout of water supply and drainage pipelines, the layout of sewage and rainwater pipelines, the layout of power and communication pipelines, the layout of the gas and heat pipeline and the layout of the comprehensive corridor system are analyzed respectively in the top layer design and layout. Planning, section selection planning, three dimensional control line planning, supporting facilities and ancillary facilities planning are analyzed.
【学位授予单位】：湖北工业大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TU990.3

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