1) Yangtze River tunnel project
长江隧道工程
1.
Aimed Wuhan Yangtze River tunnel project,in effects of road structure,material stiffness,layer contacts,slope and road rate,the characteristics of longitudinal composite asphalt were researched systematically.
以武汉长江隧道工程为对象,分析了路面结构组成、材料刚度、层间接触条件、坡度大小和荷载速率对隧道大纵坡沥青复合路面结构受力特性的影响规律,结果表明:隧道大纵坡刚性基层沥青路面弯沉值小于一般公路隧道,但在湿滑的隧道环境和过往车辆频繁刹车作用下,路表水平应力激增,行车安全性下降;采用刚性基层沥青复合路面结构和新型隧道路面材料——抗滑、阻燃、降噪沥青(AFNA),不仅满足了隧道路面抗滑、阻燃、降噪功能要求,而且提高了隧道路面结构的抗剪强度和整体承载力。
2) the bridge & tunnel construction of Yangtze River
长江隧桥工程
1.
From the point of view of the design of investment & financing mechanism and land banking,the author expatiates the significance,the principle and the feasibility of investment & financing mechanism which combines land banking at the bridge & tunnel construction of Yangtze River.
从土地储备与投融资机制设计角度,阐述长江隧桥工程在建设中建立土地储备与投融资机制相结合的意义、原则和可行性,设计土地储备与投融资运作机制方案的思路、优缺点和前提条件等,提出土地储备与投融资方案的流程设计,旨在探讨将上海土地储备机制与重大工程建设投融资机制相结合,从而使得政府在重大工程投资中带来的土地增值效应纳入工程建设投融资机制。
3) 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
4) 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
5) Shanghai tunnel-bridge engineering across Changjiang River
上海长江隧桥工程
1.
Environmental geological problems and technological countermeasure for Shanghai tunnel-bridge engineering across Changjiang River;
上海长江隧桥工程环境地质问题与技术对策
6) tunnel engineering
隧道工程
1.
Construction quality management of highway tunnel engineering;
公路隧道工程建设质量管理
2.
Using R=P×C method in tunnel engineering risks analysis under earthquake;
R=P×C法在隧道工程地震风险分析中的应用
补充资料：长江三峡工程之一——长江截流
长江三峡工程之一——长江截流
长江三峡工程之一——长江截流 孙树清摄
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