1.
The Design and Research of the Vertical Rotation from Above to Below Method for the Large Span Arch Bridge;
大跨度拱桥负角度竖转施工工艺的设计与研究
2.
Study on Construction System of Steel-concrete Composite Arch Bridge by Vertical Rotation
钢-混凝土组合拱桥竖转施工体系研究
3.
Verticality control of the bridge thin-wall pier by using turnover formwork
翻模法施工桥梁薄壁墩的竖直度控制
4.
Research on the Construction and Control Technique of Steel-Concrete Composite Arch Bridges Erected by Rotating Down Vertically;
竖转钢—砼组合拱桥施工及控制技术研究
5.
Arch Steel Pylon Vertical Rotating Construction Scheme for No.2 Bridge on Chanba River of Xian City
西安市浐灞河2号桥拱形钢塔竖转施工方案
6.
Simulation and Optimization for Long-span Changing Curvature Vertical Curve Steel-box Girder Bridge Constructed by Incremental Launching Method
大跨度变曲率竖曲线钢箱梁顶推施工仿真优化
7.
Analysis of Mechanical Behavior of Rotating Hinge for Vertical Rotating Construction of a Steel and Concrete Composite Arch Bridge
竖转施工钢-混凝土组合拱桥转动铰力学性能分析
8.
Checking and measuring the vert icality is very important in the vertical control of high-rise building const ruction.
垂直度检测在高层建筑施工的竖向控制中十分重要。
9.
Abstract: Checking and measuring the vert icality is very important in the vertical control of high-rise building const ruction.
文摘:垂直度检测在高层建筑施工的竖向控制中十分重要。
10.
Construction-Quality Control of Low-intensit Self-compacting Concrete at Vertical Thin Member;
低强度自密实混凝土在竖向薄型构件中施工质量控制
11.
Security Measures for Boring Shaft No.3 of Xuefeng Montain Tunnel
雪峰山隧道3~#竖井施工安全保障措施
12.
Technology of Excavating Square Vertical Well by Pre-split
方形竖井预裂爆破一次成型施工工艺
13.
This method has the advantages of no need of dismantling the cutterhead at heading face place, no need of setting up vertical shaft or operation corridor, less construction difficulty, quick reparation and low cost.
该方法无需在掘进面拆解刀盘、建竖井或工作廊道，施工难度小，修复速度快，费用低。
14.
Eg. The maximum swivel of the table is l20.
工作台的最大回转角度是120度。
15.
Eg. Maximum swivel of table is 120.
工作台的最大旋转角度是120度。
16.
Research and Application of Top Down Construction in Vertical Shaft Structures of Shield Tunnels
逆作法施工技术在盾构竖井施工中的应用
17.
Construction Technology and Experience of Pre-grouting on the Stepping Shaft Face
措施竖井工作面预注浆施工技术及经验
18.
Construction Disturbance Effect of Soft Soil Ground Improved by Vertical Drains with Probability Analysis;
竖井地基施工扰动效应及其概率分析