The methods in this paper can be used in the design and construction of cable structures.
本文的拉索滑移处理方法可用于索结构的设计与施工。
This method can be used in form-finding and construction control on main cables of suspension bridge and other long-span cable structures.
该方法不仅可以应用于悬索桥主缆的找形，同样也适用于其它大跨缆索结构的找形和施工控制。
To analysis the internal forces and deformations of gliding cable structures, one element taking friction into consideration was developed.
为精确分析滑动索系结构的内力和变形，创建了一种考虑摩擦力影响的新单元。
Numerical results show the capability of cable structures accords with the actual structures by considering the stress stiffening of cable elements.
分析结果表明，考虑应力刚化的索结构更加符合实际的受力状态。
This new element can be incorporated into conventional finite element analysis schemes, to analyze the gliding cable structures in service or under construction.
新单元可直接用于常规的有限元分析中，研究处于工作状态或施工中的滑动索系结构。
Cable structures with hyperbolic paraboloid shape are analysed in detail for the form finding and structural loading calculation as well as fire reaction at high temperature by FEA method.
对双曲抛物面索网结构利用非线性有限元方法对找形、常温下结构受载计算及其火灾反应的过程等进行详细的分析研究。
These strands of molecules twine around each other to form cable -like structures.
这些分子链彼此缠绕，形成缆线状的结构。
Single cables may be fixed by clips welded to structures; cables in groups are supported by metal cable hangers.
单根电缆可用焊在结构上的电缆夹头；成组电缆用金属电缆悬挂架。
American designers and contractors have expertise and experience with cable assemblies in bridge structures.
美国设计者和承包商们具有在桥梁结构中使用钢索装配的专长和经验。
The analysis indicates that the critical stiffness ratio is a key parameter in calculating the dynamic response of cable network structures.
分析表明，临界刚度比是索网结构动力响应计算的一个关键参数。
Tensility structures, cable antenna and inflatable antenna are all flexible structures.
索膜结构，索网天线和充气反射器都是柔性结构。
A nonlinear finite element method considering the slack of cable elements is proposed in this paper for analysis of spatial cable truss structures.
本文介绍了考虑索单元松弛跟踪的空间索桁结构非线性有限元全过程分析方法。
The cable strut tensile structures are the self stress equilibrium systems composed by tensional cables and struts.
索杆张力结构是指由张力索和压杆组成的、具有预应力自平衡的新颖结构体系。
Based on the geometrical nonlinear theory, the equations for form finding of cable nets and membrane structures are established.
在几何非线性有限元理论的基础上，建立了膜结构和索网结构非线性位移法找形分析的基本方程。
The roof of the exhibition center is a cable tensioned box steel shape beam structure, and the roof of the reception hall and the conference center are I shape steel beam structures.
展览大厅的屋面为弧形大跨度拉索焊接箱型钢梁结构，接待厅和会议中心的屋面为工字型钢梁结构。
The long-span cable nets structures are being widely used in practical engineering, and the wind-induced coefficient is important for the design of the structures.
大跨索网结构广泛应用于工程实际，该结构的风振系数是结构抗风设计的重要参数。
It is difficult to calculate stresses of supporting structures under mooring equipments of a certain cable ship because they bear complex forces when we try to design supporting structure.
在对某海缆敷设船进行系泊设备支撑结构局部加强时，由于系泊设备受力复杂，对系泊设备下板架在不同工况下的应力难以计算。
The whole procedure of cable and membrane structures' analysis is composed of three parts.
膜结构的设计、分析过程大致可以分为三个阶段。
Steel cable has been widely applied to some realms such as bridges with large span, huge building structures and pulling mechanism etc.
钢缆索由于具有柔性大、强度高和频率低等突出优点，现已广泛应用在大跨度桥梁和大型建筑结构与牵引机械等领域。
The common structures of central tube fiber optic cable are introduced, and several major process issues involved in the cablemanufacturing period are discussed.
介绍了中心管式光缆的常见结构，并对制造过程中的主要工艺控制点进行了探讨。
The structures, performance, and applications of new types of fiber optic cable for FTTH, which were reported in the 53rd IWCS, are introduced.
介绍了第53届国际线缆会议报道的光纤到户用的新光缆结构、性能和应用。
Spatial cable truss structures are composed of orthogonal prestressed cable trusses which combines prestress technology with space grid structures.
索网架结构将预应力技术与网架技术融为一体，由正交正放预应力索桁架组成。
The cable- strut tensile structures are the prestress equilibrium systems composed by tensional cables and struts.
索杆张力结构是指由张力索和压杆组成的、具有预应力自平衡的新颖结构体系。
The result proposes the design basis for the cable-arch structures.
为斜拉索拱体系在初始状态下的预张力取值提供了设计依据。
Shape analysis is Paramount to the design of cable-reinforced membrane structures.
形态分析是索膜结构设计中的一个关键问题。
The temperature effect on initial equilibrium shape and characteristics of static responses of pretensioned cable-membrane structures is analyzed in this paper.
对预应力张拉索膜结构由于温度变化对结构初始平衡形状和静力效应的影响进行研究。
Cable-stayed bridge and stayed cable are obviously geometrically nonlinear structures.
斜拉桥和斜拉索是几何非线性明显的结构。
The whole procedure of cable-reinforced membrane structures design is composed of three parts The first one is form-finding analysis.
索膜结构的设计过程可以分为三个阶段。第一阶段是找形设计阶段。
Based on structures characteristics, roof cable-net structure was installed by integral lifting method, and the installation scheme was introduced in this paper.
结合结构特点，采用整体提升方案进行屋顶索结构安装，并介绍了其安装方案。
Based on structures characteristics, roof cable-net structure was installed by integral lifting method, and the installation scheme was introduced in this paper.
结合结构特点，采用整体提升方案进行屋顶索结构安装，并介绍了其安装方案。
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