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Methodology of prediction stress-strain state deep foundation structures of subway station's taking into account stages of its construction

机译:地铁站预测应力 - 应变状态深基础结构的方法论考虑其施工阶段

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The paper presents a methodology for predicting the stress-strain state of deep foundation constructions of subway stations. The methodology is based on an open dynamic system ?rock mass-construction technology-subway station?. This system takes into consideration the structural features of the stations and stages of their construction, that influence on the course of geomechanical processes. The proposed approach provides a complete picture about the stress-strain state of subway stations structures and basin subsidence of surfaces (?????? ???????? ???????????) and can be used to justify the rational space-planning, constructional and technological solutions. Using of the open dynamic system "rock mass-construction technology-subway station" allow entry structural and technological changes in the developed base model for its adjustment in the process of construction and exploitation of subway station, in an emergency or other newly emerged factors that allows to quickly solve problems.
机译:本文提出了预测地铁站深基坑结构的应力 - 应变状态的方法。该方法基于一个开放的动态系统上?岩体施工技术地铁站?该系统考虑了电台及其施工阶段的结构特点,对地质力学的课程,影响力。所提出的方法提供了有关地铁站结构的应力 - 应变状态和表面的盆地沉降(?????? ???????? ???????????)和一个完整的画面可以用来证明合理的空间规划,建筑和技术解决方案。采用开放式动态系统的“岩体施工技术地铁站”允许其在建设和地铁站的开发过程中调整发展示范基地入口的结构和技术的变化,在紧急情况下或其他新出现的因素允许快速解决问题。

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