拟动力试验

研究了实验子结构、计算子结构均为多自由度（MDOF）的子结构拟动力试验方法，并采用该方法对一种新型复杂高层结构&框支配筋砌体剪力墙结构进行了抗震试验研究。

A substructure pseudo-dynamic testing method , in which both the PSD tested part and the numerically operated part are of MDOF , is studied .

防护结构拟动力试验方法及其数值积分方法研究

Pseudo-dynamic testing of protective structures and study of numerical integration method

用MTS电液伺服结构试验系统进行结构拟动力试验的控制程序研究

Study of a control program on structural pseudo-dynamic test with MTS electrohydraulic servo structural test system

将两端为固定端的CFRP约束柱模型假设为一单自由度体系，应用集成的远程协同试验系统进行了弹性、塑性局部破坏以及局部破坏后这三个阶段的局域网协同拟动力试验。

Using the integrated testing system , the pseudo-dynamic testing is carried out about a column model restrained by CFRP at the stage of elastic behavior , plastic partial damage and post partial damage through assuming the column model fixed at both sides as a single DOF system .

介绍了一个采用钢筋混凝土（RC）环梁连接的2层2跨RC梁-钢管混凝土（STCC）柱框架的拟动力试验和静力试验。

Pseudo-dynamic test and static test of a two-story and two-bay frame with reinforced concrete ( RC ) beams and steel tube confined concrete ( STCC ) columns are introduced . The RC beam and the STCC column of the test frame was connected with RC ring beam .

根据拟动力试验方法基本原理，研究了各种数值积分方法，比较了各自优缺点，并结合拟动力子结构思想，提出了一种新的组合数值积分方法&去刚度的PC-Newmark（？）去。

According to the basic principle of pseudo-dynamic test method , a variety of numerical integration methods are studied and their advantages and disadvantages are compared each other . A new numerical integration method called none stiffness PC-Newmark is developed based on substructure technique .

钢筋混凝土筒中筒结构拟动力试验研究与理论分析

Pseudo-dynamic test and theoretical analysis of RC tube in tube structure

桥梁结构远程协同拟动力试验平台开发

Development of a Remotely Collaborative Pseudo-Dynamic Testing Platform for Bridge Structures

用计算机&试验机联机系统进行结构拟动力试验的方法

A Pseudo-dynamic Method of Structural Experiment by Computer-Actuator on-Line System

拟动力试验中设备误差修正的人工神经网络方法

Rectification of equipment error for pseudo-dynamic test by artificial neural network method

密肋复合墙体在拟动力试验下的抗震性能研究

Study on aseismic performance of a multi-ribbed composite wall under pseudo-dynamic test

单自由度结构远程分析及拟动力试验平台

A Platform for Remote Analysis and Pseudo Dynamic Testing of SDOF Structures

拟动力试验自动控制的探讨

The Discussion on the Automatic Control of Simulated Kinetics Test

采用等效力控制方法的剪力墙拟动力试验

Pseudo-Dynamic Test of Shear Wall using Equivalent Force Control Method

筒体结构拟动力试验及理论研究

Study on Method of Pseudo-dynamic Testing and Theoretical Analysis of Tube Structure

框架结构拟动力试验方法研究

Research on Frame Structural Pseudo - dynamic Test Method

多层框架结构远程协同拟动力试验方法研究

Remotely Collaborative Pseudo-Dynamic Testing Method for MDOF Frame Structure

带预应力混凝土桁架转换层结构模型的拟动力试验研究

Pseudo dynamic experimental study on structure model with prestressed concrete truss transfer storey

结构抗震拟动力试验混合控制方法研究

The Study on Compound Control Method of Earthquake-Resistance Test

高层钢-混凝土混合结构拟动力试验研究

Pseudo dynamic experimental study on highrise steel-concrete hybrid structure

该方法对于解决拟动力试验中复杂的非线性计算问题非常简单.、方便。

This method used to solve complex nonlinear problems of pseudo-dynamic test is very easy .

砌块组合墙体的拟动力试验方法及抗震性能分析

The Pseudo-dynamic Testing Method for Block Composite Masonry Walls and the Analysis of Seismic Performance

位移保护下力-控制拟动力试验方法的原理

Force-displacement compound control method for pseudo-dynamic test

框架&剪力墙结构拟动力试验与弹塑性有限元分析

Pseudo Dynamic Test and Static Elastic-Plastic Finite Element Analysis of Reinforced Concrete Frame-Shear Wall Structure

结构拟动力试验的位移控制

Displacement control in pseudo-dynamic testing of structures

进行了平端板连接梁柱组合节点的拟动力试验，共两个试件。

Two composite joint specimens with same type of connection were tested under pseudo dynamic loading .

远程拟动力试验平台的开发

Development of remote pseudo-dynamic test platform

介绍了拟动力试验的几种位移控制方法，并对位移控制过程中产生的误差进行了分析。

Some displacement control methods were presented , and the error caused by displacement control was analyzed .

以结构拟动力试验为例，详细说明了基于计算命令控制试验系统的建立方法及试验流程。

The calculation command control method and testing flow for structural pseudo-dynamic testing were described in detail .

研究结果表明，进行子结构法拟动力试验时试验子结构的合理选取是试验成功的关键。

The study revealed that rational selection of the testing sub-structure was the key for sub-structure pseudo-dynamic tests .