沪杭高速磁浮通道线路方案研究OA北大核心
Research on Shanghai-Hangzhou High Speed Maglev Line Scheme
以沪杭高速磁浮通道线路技术方案研究为目的,通过详细分析我国目前高速磁浮轨道交通研究现状,深入阐述了沪杭高速磁浮通道规划背景.根据高速磁浮轨道交通的特点,提出高速磁浮通道规划的基本原则;依据高速磁浮轨道交通标准,对高速磁浮轨道交通的平纵断面技术参数进行详细研究.结合平纵断面主要技术参数和沪杭通道经济据点的分布情况,重点研究沪杭高速磁浮通道在嘉兴地区的走向方案和线路与京杭大运河交叉段落局部方案,并对方案进行综合分析与比较.根据方案的不同特点,结合工程投资、工程可实施性、城市规划等因素提出走向方案和局部方案的推荐意见.研究表明,高速磁浮轨道交通平纵断面的技术参数要求较高,对线路方案的影响较大;同时,沪杭高速磁浮通道在嘉兴地区应优先选择嘉兴北方案,采用隧道形式穿越京杭大运河交叉段落.
With the purpose to study the technical scheme of the Shanghai-Hangzhou high-speed maglev track route,this paper analyzes the current research status of high-speed maglev rail transit and elaborates planning background in detail.According to the characteristics of high-speed maglev rail transit,the basic principles of high-speed maglev channel planning are proposed.Besides,the horizontal and vertical technical parameters of high-speed maglev rail transit are studied in detail based on the standard of High-speed Maglev rail transit.Combined with the main technical parameters of the horizontal and vertical sections and the distribution of the economic strongholds of the Shanghai-Hangzhou corridor,it focuses on the route scheme of Shanghai-Hangzhou High-speed Maglev passage in Jiaxing area and the local scheme where the line crosses Beijing-Hangzhou Grand Canal.Also,it conducts comprehensive analysis and comparison for the different schemes.According to the different characteristics of the schemes,combined with the factors such as project investment,project feasibility,urban planning etc.,it puts forward the recommendations for the route scheme and local scheme.It reveals that the technical parameters of the horizontal and vertical sections of high-speed maglev rail transit are relatively high,which poses great impacts on the route scheme;Shanghai-Hangzhou High-speed Maglev Channel in Jiaxing area should give priority to the Jiaxing north scheme,and employ the tunnel to cross the intersection of Beijing-Hangzhou Grand Canal.
刘江伟
中国铁路设计集团有限公司,天津 300308
交通运输
高速磁浮铁路规划原则技术参数线路方案方案比选
high speed maglev rail transitplanning principlestechnical parameterline schemescheme comparison
《铁道标准设计》 2024 (008)
23-29 / 7
中国工程院战略研究与咨询项目(2022-XBZD-20);中国国家铁路集团有限公司科技研究开发计划课题(N2021J033);中国铁路设计集团有限公司科技开发项目(2022A02238005)
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