柔性悬索桥,Flexible suspension bridges
1)Flexible suspension bridges柔性悬索桥
1.Flexible suspension bridges fully exert the characteristic that the high-strength steelwires can bear greatly high tension, so we can build larger bridge without higher tower.柔性悬索桥充分发挥了高强度钢索受拉强度大的特点，不需要特别高的桥塔，就可以架设大跨径的桥梁。
2.It is important to analyze the dynamic characteristic of flexible suspension bridges because of its lower rigidity.对于整体刚度很低的柔性悬索桥而言,动力特性的分析非常重要。
3.It also analyses deformation control ways for flexible suspension bridges,and finally proposes two methods to control deformation based on the thinking of increasing "the structure gravity rigidity".采用非线性有限元理论,将大跨悬索桥的设计思想与柔性悬索桥的实际情况结合起来,对结构进行了详细的静力分析,探讨了柔性悬索桥的变形控制,最终提出了基于增加"结构重力刚度"思想的2种控制结构变形的方法。
英文短句/例句
1.Static Analysis & Researches for Earthquake Resistant Behavior about Flexible Suspension Bridges;柔性悬索桥静力分析及抗震性能研究
2.Geometric Nonlinear Static and Wind-Induced Response Analysis of Flexible Suspension Bridges;超柔性悬索桥非线性静力及风振响应分析
3.The components of a suspension bridge are: flexible cables, towers, anchorages, suspenders, deck and stiffening trusses.悬索桥有下列构件:柔性索缆、索塔、锚固件、吊杆、桥面、加劲桁架。
4.Mechanical Characteristics of the Suspension Bridge with 3D-cable and Analysis of the 3D-Linetype for Postcs空间缆索悬索桥受力特性及缆索成桥线形分析
5.Study on the Static and Dynamic Characteristics of Long-Span Suspension Bridges with Spatial Cable System空间缆索体系悬索桥静动力性能研究
6.Research on Time-Varying Reliability of Suspension Bridge Hanger in a Whole-Life Period悬索桥吊索寿命期内动态可靠性分析
7.The Analysis of the Cable Shape, Modeling of the Suspension Bridge and Its Rationality Study;悬索桥的悬索线形分析、整桥建模及结构合理性研究
8.Study on Dynamic Characteristics and Wind Stability of Three-Tower Suspension Bridges三塔悬索桥动力特性及抗风性能研究
9.Analysis of Elastic-Plastic Stability for Middle Steel Tower of Triple-Tower Suspension Bridge三塔悬索桥钢中塔弹塑性稳定性分析
10.Parametric Studies on Aerostatics Stability for Suspension Bridges大跨径悬索桥静风稳定性的参数研究
11.Influence of Central Buckle on Dynamic Behavior of Long-Span Suspension Bridge中央扣对大跨悬索桥动力特性的影响
12.Nonlinear Analysis and Experimental Study of Self-anchored Suspension Bridge;自锚式悬索桥非线性分析与试验研究
13.Structural Behaviors of Beipang-jiang Suspended Steel Truss Bridge;钢桁架悬索北盘江大桥结构特性研究
14.Study on Mechanics Performance of Self-Anchored Suspension Bridges混凝土自锚式悬索桥的力学性能研究
15.Influences of Central Buckles on Dynamic Behaviors of Triple-tower Suspension Bridge中央扣对三塔悬索桥动力特性的影响
16.Wind-resistant performance of one land scape suspension footbridge某人行景观悬索桥抗风性能试验研究
17.Influence on the Performance of the Completion Structure by the Initial Tension of the Main Cable of the Suspension Bridge悬索桥主缆初张力对成桥结构性能的影响
18.Research on Completion States and Dynamic Characteristics of Large-span Suspension Bridges;大跨度悬索桥成桥状态及动力特性研究
相关短句/例句
simple flexible suspension bridge简易柔性悬索桥
1.Based on the analysis of the geometrical models in asimple flexible suspension bridge,the skyline tension and it s errors in calculation were analyzed.在简易柔性悬索桥桥型几何模型分析的基础上 ,对主索张力及其计算误差进行分析研究 。
2.Simple flexible suspension bridges are widely applied to the bridge engineering of cities and countries in Fujian Province.在收集有关资料和调查研究的基础上 ,根据我国桥梁规范 ,对典型的简易柔性悬索桥主要技术参数及构造进行分析和评价。
3)suspension bridge悬索桥
1.Finite element analysis on structure ofsuspension bridge with APDL;用APDL对悬索桥结构进行有限元分析
2.Scheme optimization for a flexiblesuspension bridge s maintenance;柔性悬索桥维修方案的优化
4)suspension bridges悬索桥
1.The effect of vector-span ratio of main cable on economic and technical index of long spansuspension bridges;主缆矢跨比对大跨悬索桥经济技术指标的影响
2.Stability parameter pnalysis of wind resistance and wind tunnel test for long-span self-anchoredsuspension bridges;大跨径自锚式悬索桥抗风稳定参数分析与风洞试验
3.Flutter stability analysis ofsuspension bridges by precise time-integration method;悬索桥颤振稳定性分析的精细时程积分法
5)suspended bridge悬索桥
1.Analytical solution of installing curve ofsuspended bridge s main cable;悬索桥主缆安装曲线的解析解
2.In combination with the fuzzy theory with the neural network,a fuzzy-neural network for safety assessment of the long-spansuspended bridges is set up.将模糊理论与神经网络技术结合起来,建立用于大跨度悬索桥安全性评估的模糊神经网络。
3.According to the actuality of fast development of road cosntruction industry,it discusses the developing trends of road bridge from board bridge,pile bridge,steel reinforcing concrete arch bridge,slanting bridge andsuspended bridge,so as to promote the development of road bridge in China,and can be reference for bridge designers in China.针对公路建设事业迅猛发展的现状,从板式桥、梁式桥、钢筋混凝土拱桥、斜拉桥、悬索桥等多种桥型出发,深入地探讨了公路桥梁的发展趋势,以促进我国公路桥梁的发展,可供我国的桥梁设计人员参考借鉴。
6)cable suspension bridge悬索桥
1.Research of detection and maintenance oncable suspension bridge;悬索桥的检测及维修方法研究
2.Among them,cable suspension bridge is widely used for its widest spanning structure.随着我国交通事业的大发展,需要在大江大河以及海上建造更多的桥梁,悬索桥作为一种跨越能力最大的桥梁结构形式将被广泛采用,在悬索桥建造过程中,为了获得理想的成桥状态,有必要对悬索桥施工过程进行监测与控制。
延伸阅读
悬索桥悬索桥suspensionbridge特大跨径桥梁主要形式之一。又称吊桥。一般认为，跨径600米以上应优先考虑悬索桥方案。主要承重结构由缆索、桥塔和锚碇组成的桥梁。缆索通过两座桥塔顶两端延伸至桥台后锚固。桥面系和加劲梁通过吊杆悬挂在悬索上。具有合理的受力形式，主要承重构件——悬索受拉，无弯曲和疲劳而引起的应力折减，可采用高强钢丝制成。是所有桥梁体系中跨越能力最大的、跨径超过1000米的唯一桥式。英国亨伯桥主跨1410.8米，为当前世界上跨度最大的公路桥。西藏自治区达孜桥主跨415米，桥长541米，悬索一端锚于岩石中，仅设一座索塔，1984年建成，是中国最大的悬索桥。美国韦拉扎诺海峡桥为世界上大跨度公路悬索桥之一
