1.
Effect of hydrodynamic pressure on performance-based design of a deepwater bridge
动水压力对深水桥梁性能设计的影响
2.
Dewatering Design and Construction of South Anchorage Deep Foundation Pit of Runyang Bridge
润扬大桥悬索桥南锚碇深基坑降水设计与施工
3.
Structural Design of Bedrock Bench Mark for Donghai Bridge of Yangshan Deep-water Port
洋山深水港东海大桥基岩标结构设计
4.
Analysis of Seismic Response for Deep under the Continuous Rigid-framed Bridge
深水作用下连续刚构桥地震反应分析
5.
Application of Pile Foundation Constructed in Reverse Order to Deep Water Foundation of Bridge
桩基逆作法在桥梁深水基础中的应用
6.
Study on the construction technology of San Men-hai bridge foundation
三门海特大桥深水基础施工技术研究
7.
Technology for Comprehensive Construction of Deep Water Foundation in Yangtze River Bridge at Zhongxian County
忠县长江大桥深水基础综合施工技术
8.
Construction technology of SongHuajiang major bridge foundation
松花江特大桥主墩深水基础施工技术
9.
Application of well-point dewatering technology on bridge deep foundation
井点降水技术在桥梁深基坑中的应用
10.
Design and construction of Sutong Bridge deep-water main pylon foundations
苏通大桥主塔深水基础的设计与施工
11.
Design and Construction of Lightweight Steel Case for High Capped Piles in Deep Water for Sheshui Creek Bridge
滠水大桥深水高桩承台轻型吊箱的设计与施工
12.
Seismic Response Analysis of a Large-span Continuous Rigid Frame of Hongji Bridge with High Piers in Deep Water
宏基大桥深水高墩大跨连续刚构桥地震响应分析
13.
The bridge has a 100 ft vertical clearance over the river in the canyon.
桥梁在深谷水面以上的垂直净空为100英尺。
14.
Construction Difficulties and Techniques of Deep-water Foundation in Anqing Changjiang Bridge
安庆长江大桥深水基础施工难点及其施工技术
15.
Construction of Lightweight Steel Case for High Capped Piles in Deep Water for Super Large Bridge over Liaohe River
辽河特大桥深水高桩承台轻型吊箱施工方法
16.
Study on Doubel-Well Steel Cofferdam Construction Technology of A Pengjiang Bridge Deep-Water Foundation;
阿蓬江大桥深水基础双壁钢围堰施工技术研究
17.
Seismic Response Analysis of Long Span Continuous Rigid Frame Bridges in Deep Water;
采用深水基础的大跨连续刚构桥地震反应分析
18.
The Study about the Influence of Vibration of Pile Construction on Bridges Existed in Deep Water;
深水桩基施工振动对既有桥梁的影响研究