首页> 外文会议>Rapid Excavation and Tunneling Conference >ANALYSIS OF THE CONTROLLED DEFORMATION IN ROCK AND SOIL (A.DE.CO.-RS) ― TUNNELING APPROACH PERFORMANCE OF AN ALTERNATE TUNNELING APPROACH IN THE CONSTRUCTION OF 100 KILOMETERS OFTUNNEL FOR THE BOLOGNA TO FLORENCE HIGH SPEED RAIL LINE
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ANALYSIS OF THE CONTROLLED DEFORMATION IN ROCK AND SOIL (A.DE.CO.-RS) ― TUNNELING APPROACH PERFORMANCE OF AN ALTERNATE TUNNELING APPROACH IN THE CONSTRUCTION OF 100 KILOMETERS OFTUNNEL FOR THE BOLOGNA TO FLORENCE HIGH SPEED RAIL LINE

机译:岩石和土壤中可控变形的分析(A.DE.CO.-RS)–在波隆那100公里长的隧道沿高铁路线铺设隧道时,采用交替隧道法的隧道法性能

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More than 70 km of main line and service tunnels have been excavated to date for crossing the Apennines between Bologna and Florence. A new design and construction approach, known as Analysis of the Controlled Deformation in Rock and Soils, (ADECO-RS), was adopted to tackle the extreme heterogeneity of the ground and the particular stress-strain conditions. The goal of this system is to obtain constant and predictable full section advance rates, even in very poor geology, with the highest possible level of safety and reliability. The execution of this gigantic project required the mobilization of 21 job-sites, with the concurrent operation of 30 excavation headings. The global production rates confirm the high quality of the design and the high level of industrialization reached during the construction stage, levels not previously obtained in similar conditions, using other approaches such as NATM.
机译:迄今为止,已经开辟了超过70公里的干线和服务隧道,以穿越博洛尼亚和佛罗伦萨之间的亚平宁山脉。采用了一种新的设计和施工方法,即“岩土中​​受控变形分析”(ADECO-RS),以应对地面的极端异质性和特定的应力应变条件。该系统的目标是即使在地质条件非常差的情况下,也要以尽可能高的安全性和可靠性来获得恒定且可预测的全断面前进速率。这个庞大项目的执行需要动员21个工作现场,并同时进行30个挖掘作业。全球生产率确定了设计阶段的高质量和高工业化水平,这是使用其他方法(例如NATM)以前在类似条件下无法达到的水平。

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