红枫湖大桥

工程物探在红枫湖大桥设计中的应用

The application of Engineering Geophysics in the design of Hongfeng Lake Bridge

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 .

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 .

完成了红枫湖大桥实时健康监测系统的分析与设计。具体实现了大桥的斜拉索索力监测子系统、主梁振动监测子系统、应力应变温度补偿监测子系统。

The analysis and design of Hongfeng Lake Bridge real-time health monitoring system has completed that consist of the cable force monitoring subsystem , the main beam vibration monitoring subsystem , stress monitoring and its temperature compensation subsystem .

红枫湖特大桥应力监控测试

Stress Control and Measuring of Hong Feng Lake Specially Long Span 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 .

本论文依托于贵州红枫湖特大桥健康监测系统的设计与实施，对大跨度的单塔斜拉桥健康监测系统涉及到的若干方法及问题进行了卓有成效的研究。

Based on Guizhou Hongfeng Lake Bridge health . monitoring system design and implementation , the paper has conducted fruitful research in the single-tower long span cable-stayed bridge health monitoring systems and methods .

既保证了合拢施工的顺利进行，也保证了合拢段的施工质量。最后，给出了红枫湖特大桥施工控制的主梁标高控制表和索力控制表。

New construction plan can ensure not only all the construction but the construction quality for closure phase . Lastly , the main beam elevation control table and cable force cable of Hongfeng-Lake grand bridge construction control are offered in this paper .