拉索桥

意大利将建世界上最长的拉索桥。

Italy 's heart set on mega-bridge to society .

鹤洞大桥为双塔空间双索面复合斜拉索桥。

Hedong Bridge is a compound cable - stayed bridge with two towers and space two - cable - sides .

到去年年底，上海已与好几个国家签订了建造拉索桥的合同协议。

By the end of last year , contracts or agreements were signed with some countries for the construction of chain bridges of Shanghai .

采用整体竖转的施工方法进行斜拉索桥倾斜索塔的吊装，可降低索塔结构的高空拼装工作难度。

In construction of cable tower of cable-stayed bridge , whole vertical-rotation lifting method can reduce difficulty in assembly of cable tower structure at high altitude .

CFRP拉索试验桥锚具的有限元分析

Finite element analysis of bonding anchors for experimental bridge with CFRP cables

斜拉桥的拉索纵桥向风荷载计算方法研究

Study on longitudinal wind load calculation method of cables for cable-stayed bridge

一单侧斜拉索步行桥的结构分析与设计

Analysis and Design of a Single Cable - Stayed Walking - Bridge

斜拉索顺桥向风阻系数的试验研究

Experimental Study on Drag Coefficients of Stay-cables Corresponding to Wind Direction along the Bridge Central Line

斜拉索管桥的优化设计新型全防护拉索在管道跨越中的应用

Optimum Design of Canting-Pull Cable Suspension Bridge The Application of New-type PE Coating Wire Line in Aerial Crossing of Pipeline

荆州长江公路大桥是江汉平原上的重要跨江通道，设计为斜拉索混凝土桥。

The Yangtze River highway bridge of Jingzhou is an important passageway crossing the River in the Jianghan plain , which is designed as cable-stayed concrete bridge .

本文以国内首座碳纤维拉索试验桥为研究对象，主要研究了碳纤维拉索斜拉桥空间有限元模型建立中的一些基础性问题。

Based on the first cable-stayed bridge with CFRP cables in China , the author attempts to solve some basic problems in the process of building space finite element model .

用拉索支撑桥跨这一方法一点也不新鲜，很早以前就有建造这种桥的实例。

The idea of using cables to support bridge spans is by no means new , and a number of examples of this type of construction were recorded a long time ago .

结合潍坊市凤凰桥实际工程，介绍了带拉索景观桥的受力分析和设计过程，并对其进行了整体弹性屈曲稳定分析。

Based on the project of the Phoenix Bridge in Weifang City , it is described the analysis and design process of the scenery steel bridge with cables , and it is also made the overall elastic buckling analysis .

CFRP拉索斜拉桥的静力特性分析

Geometric nonlinear static analysis of cable-stayed bridges with CFRP cables

CFRP拉索斜拉桥模态试验与分析

Modal Test and Analysis of Cable-Stayed Bridge Used with CFRP Stay Cables

在阐述斜拉桥几何非线性的各影响因素的基础上，通过具体算例分析了CFRP拉索斜拉桥的非线性各因素的影响量，并与钢拉索斜拉桥进行对比。

Based on the exposition of geometric nonlinear influencing factors of cable-stayed bridges , the influence quantity of all nonlinear factors of cable-stayed bridges with CFRP cables is analyzed through a specific example , and it is compared with that of cable-stayed bridges with steel cables .

碳纤维拉索斜拉桥非线性分析

Nonlinear Analysis of Cable-stayed Bridge with CFRP Cables

钢管混凝土拉索拱桥成桥索力优化研究

Study of Cable Force Optimization of Completed Cable-Supported Arch Bridge of Concrete-Filled Steel Tubes

涪江斜拉索跨越管桥结构自振特性分析

Analysis of the Self-vibrating Characteristics of the Fujiang Cable - stayed Gas Aerial Crossing Pipeline

环氧涂层钢绞线拉索在斜拉桥中的应用

Application of Epoxy Coating Steel Strand Cables in Oblique-pulling Bridges

拉索是斜拉桥的重要承力部件；

Cable is most important component of cable-stayed bridge .

拉索对斜拉桥体系面内弯曲频率的影响分析

Analysis of the Influence of Cables to the Frequency of In-of-plane Bending of the Cable-stayed Bridges

此外，还建立了不考虑重力和斜拉索力的全桥模型和单塔模型用作比较。

Modeling from a typical floating cable-stayed bridge , a whole bridge finite element model considering gravity and staved-cable force was analysed .

斜拉索作为斜拉桥的主要构件之一，其抗风性能更为重要。

As one of the main structures member of the cable-stayed bridge , the cable wind-resistent ability of cables is more important .

斜拉桥的拉索是斜拉桥的主要承重结构，它的耐久性将直接影响全桥的安全。

Cable of cable-stayed bridge is the main portion to bear the all weight and its endure will directly effect the bridge safety .

斜拉索作为斜拉桥体系的主要构件，是保证斜拉桥安全运营的核心和灵魂。

The cable , as a major part of the bridge system , is the core and soul ensuring the safe operation of the bridge .

斜拉索作为斜拉桥的重要的结构构件，在风雨或者车辆荷载的作用下，很容易发生大幅的振动。

As an important structural component of the stay-cable bridge , stay-cable under the rain or vehicle loads , it is prone to substantial vibration .

拉索是斜拉桥等结构主要承重构件之一，其受力状况是评价斜拉桥健康状况的重要技术指标之一。

Cable is the main component , which supports the gravitation of the cable-stayed bridge . Cable tension is an important parameter to estimate the bridges ' health condition .

斜拉索是斜拉桥重要受力构件之一，其受力的大小、变化和分布是评估桥梁运营安全的重要依据。

The cable of a stayed bridge is one of the important force components . The force size , variation and distribution of cable tension force are an important basis to assess the operational safety of the bridge .

拉索是斜拉桥的关键构件，承受桥梁的全部荷载，在风（雨）等作用下容易产生大幅振动。

The stay cable is a key component of the cable-stayed bridge , witch bears the whole load of the bridge , and large width of the vibration is easy produced under the actions of wind and rain .