1) high efficiency TWT
高效行波管
3) Space TWT efficiency
空间行波管效率
4) traveling-wave effect
行波效应
1.
Analysis of influence of traveling-wave effect on vibration-suppressing effectiveness of bridge by different vibration control methods;
行波效应对桥梁不同振动控制方法减震效果的影响分析
2.
According to pile-soil interaction,multi-support excitation and traveling-wave effect of earthquake wave,models are established separately to calculate and analyze.
因此对该桥的抗震性能分析主要采用动态时程分析方法,考虑桩-土相互作用以及地震波多点激励与行波效应,分别建立模型进行计算分析。
3.
Based on the time history analysis of the cable dome, the traveling-wave effect on the structure s nodal displacements and post s inner forces were found, and the difference between multi-dimensional seismic excitations and one-dimensional seismic excitation was obtained, which provi.
为了弥补索穹顶这种新型大跨空间结构在动力方面研究的不足,通过对120m跨度的肋环形索穹顶结构进行模态分析,得到了不同的参数对索穹顶结构的自振频率影响曲线;通过对其进行时程分析,发现了地震动的行波效应对结构的节点位移和杆件内力的影响规律,以及考虑多维地震与仅考虑地震单向输入之间的差别,为大跨空间结构的抗震设计提供了重要参考。
5) traveling wave effect
行波效应
1.
Study on dynamic properties and traveling wave effect of Xinguang Bridge;
新光大桥的动力特性和地震行波效应研究(英文)
2.
Research on seismic responses of frame columns interforce of concrete superlong structure considering traveling wave effect;
超长混凝土框架柱内力行波效应研究
3.
Analysis of traveling wave effect of random earthquakes on arch dams;
拱坝随机地震行波效应分析
6) travelling wave effect
行波效应
1.
The results indicate that travelling wave effect remarkably influences the seismic respons.
结果表明,行波效应对该大跨连续刚构桥梁的地震反应和减震效果影响显著,对主梁和桥墩均会在较低视波速地震行波输入时表现出不利影响。
2.
The results indicate that travelling wave effect remarkably influences the uncontrol seismic responses, the semi-active con.
结果表明,行波效应对该大跨刚构连续桥梁的无控制地震反应、半主动控制地震反应和减震效果均有显著影响,对主梁和桥墩均会在较低视波速地震行波输入时表现出不利影响,并且使半主动控制减震效果明显降低。
3.
In this paper,the travelling wave effect on planar seismic responses of the long span arch bridges is analysed based on the theory of multiple support seismic excitations and the conception of pseudo static displacement.
基于多点激振理论和拟静力位移概念分析大跨度拱桥纵平面的行波效应，考虑恒载起点的ｐΔ效应及几何非线性的影响。
补充资料：高效
效能高的；效率高的：～灭虫剂。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条