1) Deep multi-arch tunnel
深埋连拱隧道
2) shallow double-linked-arch tunnel
浅埋双连拱隧道
1.
In this paper the different middle wall s mechanical behavior on different rock mass has been simulated by establishing the three-dimensional finite-element model of the shallow double-linked-arch tunnel,and the basic loading law of the middle wall is obtained,then the proper form of mi.
通过建立双连拱隧道的三维有限元模型,模拟了不同围岩级别条件下浅埋双连拱隧道不同中墙形式的力学行为,得出了中墙的基本受力规律,提出了不同围岩级别条件下修建浅埋双连拱隧道所采用的合理中墙形式,为双连拱隧道的中墙设计提供依据。
3) shallow multi-arch highway tunnel
浅埋连拱隧道
1.
Mechanical analysis on construction procedure of shallow multi-arch highway tunnel
浅埋连拱隧道施工过程的力学分析
4) deep tunnel
深埋隧道
1.
Discussions on calculation of deep tunnel external water pressure by analytical-mathematical method;
深埋隧道外水压力计算中几个问题的探讨——对"读《深埋隧道外水压力计算的解析-数值法》一文随笔"的答复
2.
The simulation of deep tunnel external water pressure by analytical-numerical method;
深埋隧道外水压力计算的解析—数值法
3.
Discussion on Temperature lowering by Manual Refrigerating in Construction of Deep Tunnel;
深埋隧道人工制冷施工降温措施探讨
5) deep-buried tunnel
深埋隧道
1.
Lyapunov exponent of surrounding rock system in process of unloading for deep-buried tunnel;
深埋隧道围岩系统卸荷演化过程的Lyapunov指数分析
2.
How to reveal the idea to protect surrounding rock in deep-buried tunnel construction
在深埋隧道施工中如何体现保护围岩的理念
3.
Because of complex tectonic boundary condition and high stress environment in deep rock mass,surrounding rock has intrinsic characteristics,which will damage caused by stress redistribution in excavation of deep-buried tunnel.
随着细观损伤岩体力学的发展,采用损伤观点解决深埋隧道围岩破坏问题逐渐显示出其优越性,但目前仅在均质性假设的基础上对应力状态和破坏判据进行研究,缺乏对其破坏全过程的相关研究。
6) deeply buried tunnel
深埋隧道
1.
Analysis of deformation-failure for soft and hard multilayer roof of deeply buried tunnel;
深埋隧道软硬交替复合顶板岩体变形破坏分析
补充资料:深拱
1.高拱。言敛手安居,无为而治。 2.两手抱拳致敬。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条