1) existing bridge
既有桥梁
1.
Time-dependent reliability analysis of existing bridges strengthened with FRP laminates;
既有桥梁外贴纤维布加固后可靠度分析
2.
To reduce the influence of deep water foundation construction to existing bridge foundation,to reduce the plugging of flood channel and to lower the construction cost,the project was adopting a serious technique measures of double thin-walled steel and steel concrete combined cofferdam,using different cofferdam style in different locations and .
为减小深水基础开挖施工对既有桥梁基础扰动、减少桥梁基础施工对防洪河道堵塞与降低施工成本,工程中采用了双薄壁钢—钢筋混凝土组合围堰与不同地点采用不同围堰形式等一系列技术措施。
3.
The paper analyzed the main failure of existing bridges,discussed advantage and disadvantage of strengthening methods for traditional bridge.
对目前既有桥梁存在的主要缺陷进行了较全面的分析,通过对传统桥梁加固方法的优缺点的论述,提出碳纤维材料加固桥梁的优越性。
2) Existing bridges
既有桥梁
1.
Post earthquake investigation system for existing bridges
既有桥梁震后应急评估系统
2.
FNM method for estimating reliability of existing bridges
评价既有桥梁可靠性的FNM法(英文)
3.
Therefore, the reasonable evaluation on the bearing capacity of existing bridges is not only an urgent issue in order to insuring the sa.
合理评估既有桥梁承载能力是保证线路安全的一项重要工作,也是需要进一步研究的重要课题。
4) current highway and bridge
既有公路桥梁
1.
At last,an example is given to show the process of comparing schemes,which aims to give some references to select a reasonable reconstruction scheme for the current highway and bridge.
运用技术经济学的一些基本原理,在考虑资金时间价值的基础上,对既有公路桥梁的加固与重建在其寿命周期内可能产生的各项费用进行了详细的对比分析;给出了一个方案比选模型;最后举一个简单算例来说明方案比选过程,以期能够为既有公路桥梁改造方案的合理选择提供一点借鉴。
5) existing steel truss bridge
既有钢桁梁桥
1.
Based on the theory of structural dynamics,the damage identification and diagnosis of existing steel truss bridges is studied.
从结构动力学基本理论出发,对既有钢桁梁桥的损伤识别与诊断方法进行了研究。
6) existing concrete bridge
既有混凝土桥梁
1.
Under the influence of loading,environment,material and service time,the existing concrete bridges structure performance can gradually deteriorate,which makes the actual reliability of the structure reduce than the reliability that is designed originally.
既有混凝土桥梁结构在荷载、环境、材料以及使用时间等因素的影响下,结构的性能会逐步劣化,结构性能的劣化使得结构的实际可靠度比原设计的可靠度降低。
补充资料：高水桥(见军用桥梁)
高水桥(见军用桥梁)
high-level bridge
gQoshuiqiao高水桥(high一level bridge)桥梁。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条