苏通

苏通大桥GPS网观测时间对基线精度的影响

The Influence of GPS Network Observation Time on Baseline Accuracy for Su-Tong Large Bridge

苏通大桥跨江EDM三角高程测量精度的研究

The Research of EDM Trigonometric Leveling of Crossing the River in Su-Tong Bridge

苏通长江大桥D1标项目公司化管理探索

On Management of Tender D1 of the Suzhou-Nantong Yangtze River Bridge

选择苏通大桥首级GPS控制网桥轴线附近的几条跨江基线为研究对象，分析基线精度随观测时间的变化情况。

Selected several crossing-river baselines beside bridge axis of GPS network of Su-Tong large bridge , the baseline accuracy varying with observation time is analyzed .

苏通大桥C1、B1标段水上搅拌船的应用

Application of Pontoon Mixing Tender to Buoy Section C1 、 B1 of Suzhou-Nantong Bridge

苏通大桥75m跨径桥墩桩基施工桩基桥墩自振频率计算方法的分析

Analysis of Calculating Method of the Natural Frequency of Bridge Pier Supported by Pile Foundation

结合苏通大桥B2、D1标箱梁节段预制工厂混凝土冬季施工实践，介绍了混凝土冬季施工常用的技术措施和施工中的控制要点。

In light of the winter precast practice of the box girder sections of Suzhou-Nantong Yangtze River Bridge , the author discusses the technical measures and control points in winter construction with concrete .

Canin-LTM钢筋锈蚀监测技术在苏通大桥中的应用

Application of the Canin - LTM - instrument to Su - Tong Bridge

在这些具有不同电位的区域之间，混凝土的内部将产生电流。本文重点介绍Canin-LTM钢筋锈蚀监测技术以及在苏通大桥中的应用情况。

The principle of Canin-LTM Monitoring corrosion method and its application in Su-Tong Bridge are introduced in detail in this paper .

结合苏通大桥75m连续预制节段拼装的工程实践，介绍了真空辅助压浆原理、压浆浆体的技术要求、预应力管道的密封措施以及真空辅助压浆的施工工艺。

In light of the assembly of continuous precast sections in Suzhou-Nantong Yangtze River Bridge , the author introduces the principles of vacuum-support mud jacking , the technical requirements of the jacking mud , sealing measures of prestressed pipeline and the vacuum-supported mud jacking technology .

苏通长江公路大桥试验钻孔施工工艺

Construction Technology of Testing Borehole in Changjiang Highway Bridge of Suzhou-Nantong

旁压试验在苏通大桥工程地质勘查中的应用

Application of Pressuremeter Test to Geological Investigation for Su Tong Bridge

苏通大桥超高索塔施工几何测量技术

Geometrical Survey for Construction of Cable Support Towers of Su-Tong Bridge

苏通大桥岩土特性的扁铲侧胀试验研究

An in-situ test study of soil properties using DMT for Suzhou-Nantong Bridge

苏通长江大桥的工程地质研究

On study of engineering geology in Su-Tong Yangtze River Bridge

苏通大桥斜拉桥静力稳定分析的综合比较研究

Summarized Comparison Study on Global Static Stability of the Su-Tong Cable-Stayed Bridge

证据理论结合灰色神经网络混合识别方法在苏通长江大桥状态预测中的应用

Condition prediction based on evidence theory and grey-neural network model for Su-Tong bridge

本文所采用的研究方法成功运用于长江苏通公路大桥工程和泰州引江河工程，为动床模型设计提供了依据。

It provides reference for design of mobile-bed model .

苏通大桥主1号墩液压爬模施工技术

Technology of Hydraulic Climbing Formwork for Construction of Main Pier No.1 for Suzhou-Nantong Bridge

苏通长江大桥STP150型混凝土搅拌船的设计和应用

Design and application of concrete mixing ship STP 150 for Su-Tong Bridge on Yangtze River

苏通大桥辅桥主墩单壁吊箱设计要点

Key Design of Single-wall Steel Cofferdams for Main Piers of Auxiliary Bridge of Suzhou-Nantong Bridge

苏通大桥大型桩承台桥墩基础的局部冲刷防护试验研究

Experimental Study on Local Scour Protection of Large-scale Pile Platform Pier Foundation of Su-Tong Bridge

苏通大桥建设与南通区位的优势转化

The Building of Su-tong Bridge and its Impact on the Transformation in Nantong 's District Superiority

苏通长江公路大桥精密跨江高程传递的数据处理

The Data Processing of Accurate Crossing the River Elevation Transmission for the Su-Tong Yangtze River Highway Bridge

苏通大桥地基中敏感优势层工程地质问题分析

Analysis of Engineering Geology Problem of Sensitive Preferred Stratum for the Foundation of Suzhou & Nantong Bridge

船撞作用下苏通大桥群桩基础水平承载力分析

Analysis on Horizontal Bearing Capacity of Main Pylon Pile Group Foundation of Su-tong Bridge under Vessel Impact

苏通长江大桥TP75m/1200t架桥机结构总体设计

Overall Structure Design of Bridge Girder Erection Machine TP75m / 1200t Used for the Suzhou-Nantong Yangtze River Bridge

苏通大桥钢箱梁预制几何形态采集基准网的优化设计

Optimum Design of Datum Control Network for Geometrical Data Collection of Prefabricated Steel Box Girder in Su-Tong Bridge

苏通大桥主桥伸缩缝采用异型钢与单元橡胶密封带组合的模数式结构。

Sutong bridge adopted a module structure combined with deformed steel and unit rubber polymer as expansion joint .

苏通大桥主桥6、7、8号墩的特大型钢吊箱采用整体吊装施工工艺。

The techniques of integral hoisting of the super steel cofferdam is adopted in No. 6 , No. 7 and No.