2 Tuojiang Bridge and T-Beam(30 m) for Dedate Bridge on National Road 318 BT4,this paper gives a brief introduction to two Tbeam lifting method(combined long and short support gantry crane method and standing derrick incline hoisting method) and application conditions.
结合资阳沱江二桥T梁(30 m和40 m)以及国道318BT4德达特大桥T梁(30 m)的安装施工工艺,简要介绍提升T梁上桥2种方法(组合型钢长短柱上墩门架法和扒杆歪吊法)及其适用条件。
The analyses and countermeasure of presentation quality problems of bridge pier column concrete;
桥梁墩柱混凝土外观质量问题分析及对策
As the reinforced concrete pier columns are often destroyed by earthquake because of the lack of ex- tensibility,glass fiber,aramid fiber and round hoop are used to reinforce the pier column.
针对钢筋混凝土墩柱因延性不足而常在地震灾害中遭到破坏的现象,分别采用玻璃纤维、芳纶纤维和环向箍筋3种不同材料对模型墩柱进行加固,通过拟静力试验,分析滞回耗能,从而研究其抗震延性,得出:3种不同材料的加固方法对墩柱抗震性能有不同程度的改善,其中芳纶纤维加固的墩柱平均耗能系数最大、抗震性能最好。
Internal force combination calculation of small and medium-sized bridge structures are briefly summarized from internal force calculation of capping beam,pier column,pier foundation,bridge abutment and other aspects.
对盖梁内力、墩柱内力、桥墩桩基础内力、桥台内力等中小桥梁结构的各部分内力组合计算进行了简单的概括总结,并介绍了斜交桥墩台内力的几种计算模式,以供桥梁下部结构设计参考。
The construction technique of bridge steel plate hoop pier;
桥梁钢板箍墩柱施工技术
Comparison on Energy Dissipation and Deformation Capacity of Different Types of Bridge Piers
不同结构形式墩柱耗能及变形能力的比较
The technique of pier integral precasting at the sea was researched and applied in the innavigable section construction of Donghai Bridge(the first bridge at the sea in China).
海上墩柱整体预制吊装在我国第一座外海桥梁东海大桥非通航段施工中得以研究和全面应用。
Experiment on characteristics of flow field around cylinder under regular wave;
规则波作用下墩柱周围流动特性实验研究
Based on the physical model tests for an oil terminal,this paper gives information of various wave induced forces on a typical cylinder supported offshore platform.
通过某油码头作业平台结构的波浪力模型实验研究 ,系统分析了典型的墩柱平台结构所受的各种波浪力 ,讨论了这些波浪力的组合问题 ,并将各种波浪力采用国内外不同计算公式的计算结果与模型实验进行了比
The pedestal, plinth, or base of a pillar, column, or statue.
基脚；墩柱墩、柱石或雕像的台架、侧石或基石
Manvfacturing New Type Heavy-duty Pier Technology using Past
利用废旧支架立柱改制新型墩柱技术
The Analysis on Strength and Deformation on High-pier Bridge Pillar Under Seismic Condition
高墩桥梁在地震作用下墩柱的强度与变形
The central suspension beam is always in axis with the front pier.
中间吊架总是在前墩柱中心线处。
Experimental Investigation on Width of Superficial Eddy Area around Cylindrical Pier
墩柱周围水流表层涡漩区宽度的试验研究
The Research on Local Scour Mechanism Around Lager Scale Cylinder under Wave Action;
波浪作用下墩柱周围局部冲刷机理研究
Experimental Study on the Seismic Behavior of RC Flexible Piers;
钢筋混凝土柔性墩柱的抗震性能试验研究
The design and application of bonding carbon fiber in bridge pier column reinforcement
粘贴碳纤维在桥梁墩柱加固中的设计和应用
Some Study on the Design of Underpinning Structure for Pier Column and Foundaion of Over Bridge
浅析城市桥梁墩柱与基础托换的结构设计
Comparison on Energy Dissipation and Deformation Capacity of Different Types of Bridge Piers
不同结构形式墩柱耗能及变形能力的比较
Nystrm mathematical model of wave force on large scale cylinder
大尺度墩柱上的波浪力的Nystrm数值模型
Structural design of light railway station supported by tree-shaped colonnade with long cantilever
单排树形大悬臂墩柱高架轻轨车站结构设计
Shaking Table Tests on Single-Column-Bent Double-Deck Viaduct Pier Model-Ⅱ:Structural Seismic Response
独柱双层高架桥墩柱振动台试验研究Ⅱ:结构地震反应
Shaking Table Tests on a Single-Column-Bent Double-Deck Viaduct-Ⅰ Pier Model:Structural Dynamic Properties
独柱双层高架桥墩柱振动台试验研究-Ⅰ:结构动力特性
The second temporary pier was such that its legs straddled the width of the pier.
第二临时墩的立柱间距超过桥墩的宽度。
A series of arches supported by columns, piers, or pillars.
拱形建筑物由柱、桥墩或台柱支撑的一系列拱
The uppermost part of a column or pillar supporting an arch.
拱墩支撑拱架的圆柱或者柱子的顶端部分
The dado of a pedestal, especially when cube - shaped.
方形墩基支柱的基座，尤其是立方形支柱