贵州红枫湖大桥位于贵州省红枫湖风景区，又是岩溶发育地区。
Hongfeng Lake bridge lies in the Hongfenghu scenic spot of Guizhou province, which is a district of Karst grown.
通过分析红枫湖特大桥原设计的合拢方案，发现其在实际施工过程中存在一些问题。
Through analyzing the design plan for Hongfeng-Lake bridge, some problems in actual construction are found.
红枫湖大桥由于受其所处地形和其周边环境的影响，因此该桥主梁的施工方法采用挂篮施工。
Due to the influence of topography and the environment, traveling carriage is adopted in main girder construction of this bridge.
本文以红枫湖特大桥施工控制实践为背景，针对红枫湖特大桥的应力监控测试进行全面论述。
This paper is combined with the construction monitor of the Hong Feng Lake Specially Long Span Bridge engineering, and discuss the monitor test of stress in detail.
本文结合具体的工程项目，对实现红枫湖大桥桥梁结构的监测开展了深入研究，提出了监测系统的总体设计构思。
Associated with the project, the research on monitoring of bridge structure is investigated in this paper. The program of the whole monitoring system is put forward.
本文关于红枫湖特大桥应力监控测试结果的分析为本桥后续施工监控工作提供了实施依据，确保了施工的顺利进行。
In this paper, the analysis about the stress monitor test of Hong Feng Lake Specially Long Span Bridge engineering would offer a base for the future to ensure the construction proceed favourably.
本文关于红枫湖特大桥应力监控测试结果的分析为本桥后续施工监控工作提供了实施依据，确保了施工的顺利进行。
In this paper, the analysis about the stress monitor test of Hong Feng Lake Specially Long Span Bridge engineering would offer a base for the future to ensure the construction proceed favourably.
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