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the wuhu yangtze river bridge
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  芜湖长江大桥
     Study on the Long-term Health Monitoring and Alarming System for the Wuhu Yangtze River Bridge
     芜湖长江大桥长期健康监测与报警系统研究
短句来源
     AN ANALYSIS AND STUDY ON PERFORMANCE OF 14MnNbq STEEL ADOPTED BY THE WUHU YANGTZE RIVER BRIDGE
     芜湖长江大桥用14MnNbq钢性能的分析研究
短句来源
     Design and Construction of the Tower with Suspended Cables for the Wuhu Yangtze River Bridge
     芜湖长江大桥吊索塔架的设计与施工
短句来源
     The author collected the quality assurance certificates of the 40 thousand ton 14MnNbq steel adopted by the Wuhu Yangtze River Bridge, and then analyzed and studied the chemical composition and mechanical performance of the 14MnNbq steel with mathematical statistics method. The results of analysis and comparison with the SM490C steel of other bridges imported from Japan and South Korea indicate excellent performance of the 14MnNbq steel
     通过收集芜湖长江大桥采用的14MnNbq钢4万余吨钢材的质保书,采用数理统计的方法对其主要化学成分、机械性能进行了分析研究,同时与其他桥梁采用的日本和韩国生产的SM490C桥梁钢进行了比较、分析,表明14MnNbq钢的综合性能是优异的。
短句来源
     The paper briefs on the design and installation solutions of the pier side supporting structures of large size temporary piers No 9 and No 12, which are used in the Wuhu Yangtze River bridge.
     文章针对工程实践 ,简要介绍了芜湖长江大桥钢梁架设中使用的大型临时设施 9#、 12 #过渡墩墩旁托架的设计与安装方案。
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  相似匹配句对
     were made in the city of wuhu.
     根据城市功能结构分区,将芜湖市鸟类划为五个鸟类群;
短句来源
     The Phytoplankton of Lake Jinghu of Wuhu
     芜湖镜湖的浮游植物
短句来源
     Quality standard of Wuhu Powder
     五虎散质量标准的研究
短句来源
     The Wuhu Yangtze River Bridge
     芜湖长江大桥
短句来源
     Pharmacodynamic studies of Wuhu Koufuye
     五虎口服液的药效研究
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This article,based on features of Nb -bearing steel and considering the production practice of Plate-rolling Plant of Wuyang Steel, optimizes reheating.rolling and heat treatment processes.resulting in the production of 14MnNbq Plate which conforms to requirements of technical specification both in me-chanical properties and surface quality,the plate has been used in the Wuhu Yangtze River Bridge which has the longest span now in our country.

本文依据含铌钢的特性,结合舞钢轧钢厂的生产实际,对加热、轧制、热处理工艺进行优化,生产出机械性能、表面质量均达到技术条件要求的14MnNbq钢板,现已用于目前我国跨度最大的芜湖长江大桥。

The Wuhu Yangtze River Bridge was completed and opened to traffic on September 30, 2000. The article introduces the construction of the bridge in the fields including the general description of the project, the management system adopted and the scientific and technological innovation during construction.

芜湖长江大桥已于2000年9月30日建成通车。文章从工程概况、建设过程中采用的管理体制以及科技创新等方面介绍了大桥的建设。

The Wuhu Yangtze River bridge adopts the 14MnNbq medium strong steel treated with a newly developed Chinese micro-alloy technology. The thickest plate is 50 mm. Advance welding integral node is used. Welding methods and techniques vary with structure details and result in different force bearing features, residual stress distributions and stress concentrations. The paper analyzes, with the reference of stress amplitude being (r, the bud welding seam in different thickness, the corner welding, the crossing...

The Wuhu Yangtze River bridge adopts the 14MnNbq medium strong steel treated with a newly developed Chinese micro-alloy technology. The thickest plate is 50 mm. Advance welding integral node is used. Welding methods and techniques vary with structure details and result in different force bearing features, residual stress distributions and stress concentrations. The paper analyzes, with the reference of stress amplitude being (r, the bud welding seam in different thickness, the corner welding, the crossing of the bud welding and the corner welding seam, the flat connected node plate, the insulation plate corner welding seam and the node plate arch in the node model test zone. The node stress distribution is measured. It is by applying fatigue loading to the nodes that we analyze the fatigue intensity of the each structure detail of the integral node. Thus we get a general assessment of the anti fatigue performance of the integral node. We come to the conclusion that various structure details of the integral node are reasonably distributed, the welding and manufacturing technique are advanced and the various structure details have sufficient anti fatigue intensity.

芜湖长江大桥采用国内新研制的经微合金化处理的 14MnNbq中强钢 ,最大板厚达 5 0mm。采用先进的焊接整体节点。不同的构造细节形式 ,采用不同的焊接方法和工艺 ,具有各不相同的受力特性、残余应力分布和应力集中程度。文中以应力幅值σr 为参数 ,对节点模型试验区内的 6处等宽不等厚的对接焊缝 ,以及 (棱 )角焊缝、对接焊缝与 (棱 )角焊缝交叉、平联节点板、隔板角焊缝、节点板圆弧部位进行了试验分析。测量了节点应力分布 ,通过对节点施加疲劳荷载 ,分析整体节点各构造细节的疲劳强度 ,对整体节点的抗疲劳性能给出了总的评价 ,认为该桥梁的整体节点各构造细节布置合理 ,焊接及制造工艺先进 ,各种构造细节均有足够的抗疲劳强度。

 
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