1·The health monitoring of long span bridge structures are an active research in recent years.
大型桥梁健康监测是近年来国际上的研究热点。
2·Risk assessment is made in the paper for long span bridge construction and the best construction document by "AHP-GRAY" is determined.
目的利用灰色层次分析法合理评估大跨度桥梁施工过程中的多种风险和确定最优施工方案。
3·Guangzhou Liede bridge is a long span bridge in the plan of Xinguang Express Road. The highlight is particular design of the bridge tower.
广州猎德大桥是新光快速路规划中跨越珠江的一座大型桥梁，本桥的亮点在于其独特的桥塔设计。
4·A modification method based on the combined universal finite element program and mathematic software for finite element model of long span bridge is proposed.
提出一种通用有限元程序和数学软件相结合的大跨度桥梁有限元模型修正方法。
5·The long span bridge over Hangzhou Gulf is the longest across-sea bridge in the world. It mainly consists of the south-channel and the north-channel sections.
杭州湾大桥为目前世界最长的跨海公路大桥，主桥包括南航道和北航道两座大跨度桥梁，抗风稳定性是控制主桥设计和施工的主要因素。
6·The design and construction examples prove that this technology could be applied in the long span bridge, roof structures and strengthening of existing structures.
工程设计与施工实例表明该技术可在大跨桥梁、屋盖及既有结构加固中应用。
7·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。
8·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。
9·Then the application of FRP in long span bridge is introduced. It is analyzed that how the extreme span can be enlarged when the FRP material is adopted in cable stayed bridge or suspension bridge.
本文分析了FRP材料的特点以及与传统材料相比的突出优点，特别分析了FRP材料用于大跨度斜拉桥或悬索桥时，可以使结构的极限跨径有很大的提高，可以为一些特大跨径桥梁的设计提供新的思路。
10·This bridge straddles a long span on the sea.
这个桥是非常的长的，跨海的。