泸州长江二桥为大跨度非对称连续刚构，采用悬臂浇筑施工。
Pipeline hindering test of continual box beam prestressed in cantilever pouring construction;
文章详细叙述了颍河特大桥主桥挂篮进行悬臂浇筑的施工方法和工艺等。
The article makes detailed presentation of construction methods and techniques used in the cantilever concreting of the main Yinhe Bridge with form-traveler.
文章详细叙述了颍河特大桥主桥挂篮进行悬臂浇筑的施工方法和工艺等。
The cantilever construction method is used and the main girder is divided into several sections and steps of pouring and prestressing.
这次能这么近距离看耒水大桥合龙，要归功于大桥的施工技术——挂篮施工、悬臂浇筑施工。
The plow can see the water so close to the bridge closure, thanks to the bridge construction technology - hanging basket construction, cantilever casting construction.
文章介绍了该桥在悬臂浇筑施工过程中监控的目标、方法、数据分析、调控措施和监控效果。
The article describes the monitor objective, method, data analysis, regulating control measures and monitoring result in the course of cantilever concreting construction of the bridge.
本文简要介绍横潦泾大桥悬臂浇筑箱梁中线偏差控制的方法以及对工程质量验收评定进行探讨。
The paper mainly introduces the method of medium error control of cantilever concreting box beam of Hengliaojing Bridge. It also approaches to the evaluation and acceptance of the project quality.
同时，对单向悬臂浇筑施工桥梁合拢梁体的预应力体系转换和临时体外预应力束的布设原理做了阐述。
The conversion of the prestressed system and the layout of the temporary external prestressed tendons for the joined sections of the bridge are also expounded.
本文综合考虑影响施工高程控制的相关因素，确立了悬臂浇筑各阶段的立模标高，并对结果进行了修正。
The paper expounds the factors concerned on the height control, makes the correct height points of separate cantilever segments. The results are amended according to the relevant factors.
以一座实桥为工程背景，对采用分节段悬臂浇筑施工的大跨度桥梁结构施工控制过程中的变形控制进行了研究，提出了变形控制过程和实现的方法。
In this paper, the deformation control in the construction control of long-span Bridges using the segmental cantilever method is studied, with regards to some engineering examples.
洞身边墙混凝土浇筑采用刚度大、大块及表面平整度好的多卡悬臂模板，能保证质量、使用灵活、有利于赶工。
The concrete placement of lateral wall adopted stiff, large and leveling suspension form works in order to ensure the quality and easy handling.
洞身边墙混凝土浇筑采用刚度大、大块及表面平整度好的多卡悬臂模板，能保证质量、使用灵活、有利于赶工。
The concrete placement of lateral wall adopted stiff, large and leveling suspension form works in order to ensure the quality and easy handling.
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