被动减震控制,passive vibration control
1)passive vibration control被动减震控制
英文短句/例句
1.Passive Vibration Absorption Control of Mega-frame Structure with TMD;运用TMD的巨型框架结构被动减震控制
2.Study on Seismic Response and Passive Vibration Control of Large-span Arch Bridge;大跨径拱桥地震反应特性及被动减震控制研究
3.Experimental Study of Semi-Active Real-Time Cotrol for Seismically Excited Structures;半主动减震结构实时控制的试验研究
4.Dynamic analysis on seismic vibration control of a single-span hangar单跨飞机库结构的减震控制动力分析
5.Research on Control and Simulation of Controlled Passively Anti-rolling Tank;可控被动式减摇水舱控制与仿真研究
6.Analysis of Seismic Response of Passive and Smart Isolated Structures and Investigation to Control Algorithms被动与智能隔震结构地震响应分析及控制算法
7.Study of Active Control and Passive Control on Frame Structure;框架结构地震响应的主被动控制研究
8.Semi-Active Control of Steel Mega-Frame with Suspended Floors;巨型钢框架悬挂结构体系减震半主动控制研究
9.Magnetorheological Fluid Absorbers and Research on Vibration Control;磁流变液阻尼减震器及其振动控制的研究
10.Theoretical and Shaking Table Experimental Study on Earthquake Resistant Control of Double-Layer Cylindrical Lattice Shell;双层柱面网壳减震控制理论和振动台试验研究
11.The Research of Semi-active Control of Bilding s Base Isolation with Magneto-rheological Damper;房屋建筑基础减震的磁流变半主动控制研究
12.Theory and numerical simulation of multi-field dynamic coupling of high arch dam seismic control高拱坝减震控制的动力耦合理论与数值仿真
13.Review of approaches to civil engineering structural vibration control土木工程结构减震控制技术的研究动态
14.Active and passive control research on attenuation and isolation vibration of sonar platform声纳安装平台减隔振主被动控制研究
15.Passive Control of Tian Xing Zhou Bridge Caused by Brake and Seismic Response;天兴洲大桥列车制动及地震反应的被动控制
16.Strategic study on stochastic control of passively controlled anti-rolling tank可控被动式减摇水舱随机控制策略研究
17.Seismic Control for Serially Connected Isolated Structures Subject to Two-directional Horizontal Earthquake双向水平地震作用下串联隔震结构的减震控制
18.Sesimic Response Analysis and Passive-Control Technique Research of Liquid-Storage Elevated Tank;立式储液罐地震反应分析及被动控制方法研究
相关短句/例句
Passive Tuned Vibration Absorption control被动调谐减震控制
3)passive energy dissipation被动减震
1.Seismic simulation ofpassive energy dissipation arch bridge;大跨径拱桥被动减震控制的仿真分析
4)vibration control减震控制
1.This paper presents parametric optimization of viscoelastic dampers invibration control of structures.研究了粘弹性阻尼器在结构减震控制中的参数优化问题。
plex method and the method of fmincon function, and investigates their application to thevibration control of space frame structures.基于优化设计理论在大跨空间结构中的应用现状,本文选用了复形法和fmincon 函数法两种优化方法,将其引入工程结构减震控制中,对粘弹性阻尼器在网架结构减震控制中的参数作了优化研究。
3.Therefore,vibration control is significant to the single-layer reticulated dome.本文通过分别设置减震弹性支座和弹性阻尼支座的方式对单层球面网壳结构进行振动控制,具体研究内容如下:首先,深入分析了减震结构的自振特性,阐述了单层球面网壳结构的减震控制原理。
5)suppressing vibration control减震控制
1.Shaking table model testing of structuresuppressing vibration control including soil-structure interaction effects;考虑土与结构相互作用效应的结构减震控制大型振动台模型试验研究
2.Shaking table model tests of TMDsuppressing vibration control considering soil structural interaction(SSI) effects are designed and carried out.设计并完成了考虑土与结构相互作用的 TMD减震控制振动台模型试验。
6)seismic control减震控制
1.The vertical component of earthquake can not be neglected for large-span roof structure and someseismic control technology is necessary.大跨屋盖结构由于跨度较大,竖向地震作用显著,有必要采取减震控制措施。
2.Semi-activeseismic control has attracted considerable interests in the area of structural vibration control in recent years.结构半主动减震控制是近年来结构振动控制领域的研究热点。
3.Based on the project of Xinyajiang Bridge of Panzhihua, the dissertation makes a tentative research into the seismic performance of long-span reinforced concrete box-typed arch bridge and itsseismic control(No:50578168).本文研究工作系国家自然科学基金“大跨径混凝土拱桥地震反应半主动智能控制原理研究”(编号:50578168)的部分内容,以攀枝花新雅江大桥为依托工程,针对大跨度钢筋混凝土箱型拱桥的地震响应分析以及减震控制问题展开,本文主要就以下几个问题进行了研究:1。
延伸阅读
反馈控制(见控制系统)反馈控制(见控制系统)feedback control于。。伙。]伙ongZ片}反馈控制(几edbaekcontrol)见拉制系统。
