1) cable-girder anchorage zone
索梁锚固区
1.
Analysis of ultimate bearing capacity on cable-girder anchorage zone of cable-stayed bridge with steel box girder;
钢箱梁斜拉桥索梁锚固区极限承载力分析
2) cable-beam anchorage
索梁锚固
1.
Research on nonlinear contact problem of cable-beam anchorage for long-span cable-stayed bridge;
大跨度斜拉桥索梁锚固中的非线性接触问题
3) box-shaped anchorage zone
锚箱式索梁锚固区
1.
The finite element method was used to investigate stresses in the box-shaped anchorage zone for a cable-stayed bridge in order to give the quantitative description of cable force distribution along principal welding lines,the mechanical characteristics of the main plates and the cause of stress concentration.
为给出索力在主要焊缝间分配的定量描述及主要板件的受力特点和产生应力集中的原因,用有限单元法对锚箱式索梁锚固区应力进行了计算分析。
4) pylon anchorage zone
索塔锚固区
1.
Study on Prestressing Design of Pylon Anchorage Zone of Lanqi Bridge in Jilin;
吉林兰旗大桥索塔锚固区预应力设计研究
2.
In this paper,the application of prestressed reinforcing rebar in stayed cable anchorage is introduced based on the design of pylon anchorage zone of Longjianglu bridge.
斜拉索的拉索锚固是将一个拉索的局部集中力安全、均匀地传递到塔柱的重要受力构造,本文通过龙江路大桥索塔锚固区的设计,介绍了预应力粗钢筋在斜拉索锚固中的应用。
5) cable-pylon anchorage zone
索塔锚固区
1.
Based on the Hongdao Channel Bridge of Qingdao Bay Bridge,the configuration character of the ear plate cable-pylon anchorage zone was introduced.
以青岛海湾大桥红岛通航孔斜拉桥为背景,介绍了耳板式索塔锚固区的构造特点;应用弹性力学解析方法求出了销铰的接触应力;采用有限元方法对索塔锚固区在最不利荷载组合作用下的受力性能进行了研究,并考虑了几何非线性和材料非线性对钢锚箱进行了极限承载力分析。
2.
As the connection between superstructure and pylon in the cable-stayed bridge,the cable-pylon anchorage zone which bears giant cable forces with complicated structure is a key part to structure design.
随着大跨度斜拉桥的不断发展,对斜拉桥索塔的构造也提出了更高的要求,作为连接斜拉桥上部结构和索塔结构的索塔锚固区,由于受力集中、构造复杂,是控制设计的关键部位。
3.
In order to study the tunnel frictional resistance,the extension of tendons and the stress distribution of cable-pylon anchorage zones for U-type prestressed tendons with great tonnage and small radius,a full-scale pylon segment model including one whole anchorage of cable was tested based on theoretical analysis of Changshou Yangtse River Highway Bridge in Chongqing.
为研究小半径大吨位U形预应力钢束的孔道摩阻系数、钢束伸长值以及索塔锚固区的应力分布规律,以重庆长寿长江大桥索塔锚固区为研究对象,在理论分析的基础上进行了索塔锚固区节段的足尺模型试验。
6) anchorage zone
索塔锚固区
1.
Process experiment of SFRC for anchorage zone between steel anchorage box and cable in bridge tower;
索塔锚固区钢纤维混凝土的工艺试验
2.
Full-scale segmental model experiments research on anchorage zone of Shanghai MinPu Second Bridge pylon
闵浦二桥主桥索塔锚固区足尺节段模型试验研究
3.
The anchorage zone of cable-stayed tower is an important part of cable-stayed bridges, in which stress distribution is very complicated.
文中介绍了巴东长江公路大桥索塔锚固区足尺节段模型试验的测试方案、内容和成果 ,并进行了空间有限元分析 ,结果表明试验和理论分析结果吻合程度较好 。
补充资料：灰腾梁避暑旅游区
位于卓资县城北约30公里的乌盟种马场附近，海拔二千余米，盛夏最高气温低于摄氏15度，为天然避暑旅游胜地，“界仙九十九泉”：湖泊众多，千余年前即为“北魏诸帝常幸之区”。
附近原野浓绿，平缓山顶野草杂花五斑斓，素有“天然大花园”之称。低缓阳坡十几座白色蒙古包群排成扇形，居中一座最大，铁木结构，山梁上牧场开阔，远处敖包山高耸突兀，峰顶正中砌圆形尖石堆，即为蒙古族牧民祭祀“敖包”。山中地层陷落积水成“小天池”，水深数米，湖面碧波涟漪，野鸭成群，附近的一对“猫眼睛湖”面积相等，湖形浑圆，恰如猫眼一对。
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