1) Yangtze River Tunnel
长江隧道
1.
Experimental study on alkali aggregate reactivity of aggregate for concrete of shield segment of Yangtze River Tunnel;
长江隧道盾构管片混凝土骨料碱活性试验研究
2.
Ventilation design for Wuhan Yangtze River tunnel;
武汉长江隧道工程火灾通风设计
3.
The application of shallow reflection seismic method about geotechnical investigation of the Wuhan Yangtze river tunnel;
浅层地震反射法在武汉长江隧道水上勘察中的应用
2) Changjiang River Tunnel
长江隧道
1.
Design and Construction of Deep Pit Project of Open Excavating Tunnel in Wuchang of Changjiang River Tunnel Project in Wuhan;
武汉长江隧道工程明挖深基坑工程的设计与施工
3) Wuhan Yangtze River tunnel
武汉长江隧道
1.
Experiment Study and Design on the Watertight Seal for Reinforced Concrete Segment Joint of Wuhan Yangtze River Tunnel;
武汉长江隧道管片接缝防水密封垫设计与试验研究
2.
Research purposes: Ground movement easily occurs in the construction process of shielding tunnel,resulting in disturbing the surrounding buildings and pipelines,so it is significant for accurate predicting the ground settlement induced by shield construction of Wuhan Yangtze River tunnel to protect the surrounding buildings and pipelines.
因此,准确预测武汉长江隧道工程盾构施工引起的地表沉降对保护周围建筑物和地下管线有着重要意义。
3.
Wuhan Yangtze River tunnel is embedded in a two-layered stratum with soft upper and hard lower layers and with confined underground water with high water head.
武汉长江隧道位于武汉地区特殊的上软下硬且承压水位高的地层中,采用地下连续墙法施工,由于地质条件复杂,成槽技术是施工的关键。
4) Yangtze River highway tunnel
长江公路隧道
1.
Preliminary study on the technology and risk for the Wuhan Yangtze River highway tunnel;
武汉长江公路隧道技术难点及风险前期研究
5) Nanjing Yangtze River tunnel
南京长江隧道
1.
Research on the application of quantitative engineering in risk identification and prevention in Nanjing Yangtze River Tunnel project;
数量工程技术在南京长江隧道工程中风险辨别及事故防范的应用研究
2.
Nanjing Yangtze River tunnel ranks the second in the world in the kind of shield tunnels with large diameter while the geological conditions of the tunnel are most complex.
针对南京长江隧道复杂的地质条件,结合已施工地段的特点,对超大直径泥水盾构的掘进参数设定、掘进姿态控制、泥水管理、同步注浆、管片拼装、同步施工等综合施工技术进行较系统的阐述。
3.
The stratum of Nanjing Yangtze River Tunnel is mainly fine sand,of which the grain composition is good.
南京长江隧道主要穿越的地层为粉细砂,这种地层具有良好的级配,如果开挖后直接排放易造成堆放环境问题,也造成了资源的浪费。
补充资料：长江三峡(见长江)
长江三峡(见长江)
Changjiang Sanxia
Changiiang Sanxia长江三峡(Chan幻iang sanxia)见长江。
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