第一篇 绪篇 1
1.1 自述 1
1.2 主要工作回顾 5
第二篇 论文集锦 32
1.Applicatton of Ambient Vibration Survey（AVS） to Bridge Vibration Problems 33
2.道路桥ランダ ム振动问题の一近似解法及び超过 问题と信頼性について ——中国のあるインターチ工ンジ道路桥と関连して 46
3.On Some Problems of Bridge Vibration Contro1 61
4.Dynamic Behavior of Bridges Under Random Loading and Dynamic Reliability Problem 70
5.A Simple Approach for the Random Vibration of Bridge Piers Supported on Pile Foundations 87
6.Extended Rackwitz-Fiessler （ERF） Method and Its Application to Nonlinear Load Combination Problem 94
7.关于我国桥梁设计规范中风荷载规定的若干问题 102
8.索桥的抗风可靠度评估问题 111
9.Damage Assessment of RC and Concrete Bridge Piers Induced by Earthquakes 118
10.大跨度悬索桥的有限变形理论 133
11.桥梁的设计风荷载与地震作用 145
12.桥上列车在地震作用下的运行安全性 164
13.风向对桥梁结构抗风可靠性的影响 169
14.Design Wind Load for Short and Medium Span Bridges in China 177
15.Dynamic Behavior of Railway Bridges Under Random Loading and Assessment of Vehicle Running Safety 190
16.Optimum Design of Bridges in Consideration of Aseismatic Safety by Using Genetic Algorithms 198
17.高速度铁路桥梁抗震的几个问题 211
18.在桥梁设计中应用可靠性理论的几个问题 217
19.大跨度斜拉桥在地震作用下的非线性动力响应 226
20.我国桥梁结构可靠性设计规范修订刍议 235
21.A New Response Surface Method and Its Application to the Reliability Analysis of High-Speed Railway Bridge 241
22.论在桥梁工程中应用可靠性理论的几个问题 253
23.被动调质阻尼器对斜拉桥弯扭耦合抖振的控制分析 261
24.桥梁结构可靠性理论的进展 270
25.Developments in Structural Reliability and Its Application to Bridges in China 278
26.Bridge Vibration Control for Train Running Safety under Intense Earthquake 296
27.Study on Dynamic Damage Mechanism of RC Piers 304
附录A 312
A1主持的主要科研项目 312
A2著译目录 312
A3科研论文与报告目录 313