1.
Controlling analysis of friction pendulum system for the seismic isolation of liquid storage tanks
大型储液罐摩擦摆基底隔震控制分析
2.
The Study of Seismic Isolation and Reduction Control of Isolated Simple Supported Beam Bridge by Lead-rubber Bearing;
铅芯橡胶支座简支梁桥的减隔震控制研究
3.
Parameter Analysis of Single-layer Spherical Lattice Shell With FPS
摩擦摆支座在单层球面网壳结构隔震控制中的参数分析
4.
Study on Hybrid Control with Base Isolation and Three-Dimension Isolated System;
基底隔震混合控制和三维隔震系统研究
5.
The Seismic Research of Interlayer Seismic Isolation-TMD Hybrid Control
层间隔震与TMD混合控制抗震研究
6.
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
7.
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
8.
Control Efficiency Analysis of Four Kind of Base Isolation Systems on Earthquake Responses of Structures;
四种基础隔震系统结构地震反应控制效果分析
9.
The Earthquake Response and Control Analysis of Isolation Structure with Piezoelectric Friction Damper;
压电摩擦阻尼器隔震结构地震响应及控制分析
10.
Pounding Responses and Control of Isolated Elevated Bridges during Earthquake;
地震作用下隔震高架桥梁的碰撞反应及控制
11.
Comparative Analysis in Anti-seismic,Seismic Base-isolation and Controling of Vibration reduction of Frame Stucture
框架结构抗震、隔震和减振控制的对比分析
12.
Seismic Research of Interlayer Seismic Isolation and TMD Hybrid Control In High-rise Building
高层建筑层间隔震和TMD混合控制抗震研究
13.
Seismic Control Optimum Design and Experimental Research of Base Isolation and "Adding Story and Seismic Decrease" Structures;
基础隔震与加层减震结构抗震控制优化设计和试验研究
14.
The Experimental Research of Shaking Table on Earthquake Simulation of Intelligent Base-isolation Structure;
多层智能控制基础隔震结构地震模拟振动台试验研究
15.
Research about Earthquake Response Controling of Base Isolated Frame Structure with Reinforced Concrete Special Shaped Column;
基础隔震异形柱框架结构体系地震反应控制研究
16.
Research for Dynamical Optimization of Hybrid Control System of Active Control Combined with Base-isolation;
基于主动控制—基底隔震混合控制系统的结构动力优化研究
17.
The results show that the energy response has an important effect on the slipping isolator efficiency of the vibration characteristics of the structure.
结果表明，滑移隔震对于上部结构振动响应的隔震效果受能量方面的机理控制。
18.
Based on instantaneous-optima-algorithm semi-active control of isolation structure with MR damper
基于瞬时最优算法的磁流变阻尼隔震结构半主动控制