1) cable suspension bridge
悬索桥梁
1.
A new method using piezoelectric material(PZT) and artificial neural network control was put forward to repair in time by online monitoring the health state of cable suspension bridge.
提出一种用压电材料(PZT)和人工神经网络控制理论相结合的方法,对悬索桥梁结构健康状态进行在线诊断,以便及时修复。
2) suspension
悬索
1.
The common expression of suspension line and its application analysis;
悬索线形的一般表达式及其适用性分析
2.
On the basis of selecting and comparing the overhead crossing program of pipeline, the authors consider that the large or below large scope suspension overhead crossing structure should be adopted in Mulonghe, Mashuihe,Mahuangxi and Yesanhe,the truss overhead crossing structure should be adopted in Daxigou,#1 and#2 Spot i.
介绍了忠武输气管道干线渝东及鄂西山区的地形特点,通过比选确定了木龙河、马水河、蚂蝗溪、野三河跨越宜采用大、中型悬索跨越结构;大溪沟、黄水湖1号和黄水湖2号跨越宜采用桁架跨越结构。
3) suspension cable
悬索
1.
To find the form of suspension cables precisely, the Newton-Raphson iteration is used and the zero order optimization arithmetic is also dedicated to control the procedure.
基于牛顿-拉普森迭代对悬索体系的找形进行了研究,同时采用零阶优化算法对迭代进行优化控制,并对影响求解精度的因素进行了分析。
2.
A method for calculating the suspension cable is proposed.
对悬索结构进行了理论研究 ,提出了悬索的计算方法 ,并将悬索理论用于电视塔安装中 ,采用缆索滑落拆卸方案解决了某工程在 15 0m高空拆除塔吊塔臂的技术难题。
3.
With both ends of the cable built in and a concentrated load acting on,a forced vibration of the suspension cable system occurs under the external excitation from out of the cable rod ends.
针对具有集中荷载作用的两端固定悬索在悬索端点外激励作用下悬索系统发生的强迫振动,研究了激励频率接近悬索主共振频率时,系统产生的主共振。
4) suspended cable
悬索
1.
As a new form of structure,its major difficulties of installation lie in the erections of central mast,suspended cable,steel roof trusses and the verticality control as well as node assembly.
伞形钢屋盖是一种新型结构形式,结构安装的主要难点在于中心桅杆安装、悬索安装与张拉、钢屋架桁架组安装、垂直度控制、节点拼装等。
2.
The two-mode nonlinear response of suspended cables subjected to superhamonic resonances with one-to-three internal resonances was investigated.
研究了悬索在超谐波共振和1:3内共振共同作用下的两模态响应。
3.
The two-mode nonlinear response of the suspended cable subjected to external excitation with one-to-three internal resonance is investigated.
研究了悬索在受到外激励作用下考虑1∶3内共振情况下的两模态非线性响应。
5) cable
悬索
1.
Experimental Study on Strengthening Beam by Externally-prestressed-cable-offloading Method;
体外预应力悬索分载法加固混凝土梁试验研究
2.
On Design and Engineering Realization of the Cable-Cabin Structural Control Hardware for Large Radio Telescope;
大射电望远镜悬索馈源支撑系统的控制硬件设计与实现
3.
Based on the analysis of construction process in cable-steel roof of Jilin Speed Skating Gymnasium,tension and monitoring of cable,characteristic of the structure with small stiffness has been more understood,and experience like this structure has also been accumulated.
通过对吉林速滑馆悬索钢结构屋盖施工过程的分析、索的张拉和监测,对这种刚度很小的结构特性有了进一步的认识。
6) suspended cables
悬索
1.
On the onevs.three internal resonances of suspended cables subjected to external excitation Ⅰ∶discretization;
悬索在外激励作用下的1∶3内共振分析Ⅰ∶离散法
参考词条
补充资料：悬索桥
| 悬索桥 suspension bridge 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。
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。