9789026518522

Earthquake Engineering Frontiers in the New Millennium

by
  • ISBN13:

    9789026518522

  • ISBN10:

    9026518528

  • Edition: 1st
  • Format: Hardcover
  • Copyright: 2001-01-01
  • Publisher: CRC Press

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Table of Contents

Foreword ix
Symposium resolution xi
Cooperative earthquake engineering and hazard mitigation research: Challenges and opportunities in the new millennium Report of Working Groups xiii
Plenary lectures
Twenty years of fieldwork on dam--foundation--reservoir interaction
3(4)
Ray W. Clough
Some challenges to earthquake engineering in a new century
7(8)
Li-Li Xie
Seismic performance of transportation structures
15(22)
J. Penzien
Perspectives on successful international collaborative research
37(6)
Yozo Fujino
Measured ground shaking and observed damage: Do recent events confirm a direct connection?
43(14)
M.A. Sozen
An overview and preview of China-US joint research on earthquake engineering
57(20)
Xiyuan Zhou
Yuxian Hu
Research of earthquake engineering in Hong Kong: Current status and future challenge
77(26)
Y.L. Xu
J.M. Ko
K.T. Chau
S.S. Lam
Y.L. Wong
Contributed papers
Strengthen the link between engineering and seismology
103(6)
Yuxian Hu
The center approach in earthquake engineering research and education
109(4)
G.C. Lee
S.C. Liu
Improving management of urban earthquake disaster risks
113(6)
Yaoxian Ye
Norio Okada
Ground motion pulses and structural response
119(8)
Paul C. Jennings
An overview of US-PRC cooperation on earthquake engineering at IEM and future prospects of the program
127(6)
Xiaozhai Qi
Catastrophe risk modeling and financial management
133(6)
Weimin Dong
Some recent work in earthquake engineering at Dalian University of Technology
139(4)
G.D. Cheng
X.J. Kong
Assessing countermeasures to emergency response in earthquakes
143(6)
Yifan Yuan
Development of new seismic design concepts considering moderate seismicity in Korea
149(4)
Sung Pil Chang
Hyun Moo Koh
Jae Kwan Kim
Research on effects of seismic source on space correlation
153(6)
Xing Jin
Chao Chen
Haiping Ding
Mingyu Zhang
Seismic response of precast industrial buildings during the 1999 earthquakes in Turkey
159(4)
S.L. Wood
M. Posada
Outline and concept of new Japanese seismic code
163(6)
Hisahiro Hiraishi
Hiroyuki Yamanouchi
The study on earthquake disaster estimation in urban areas
169(4)
F.X. Zhao
Z.J. Han
Lessons on building performance from the great Hanshin-Awaji earthquake disaster in 1995
173(4)
Tsuneo Okada
A combine method to establish attenuation law of wide response spectrum
177(6)
Y.X. Yu
Y.X. Hu
Reliability analysis of existing frame structure based on failure correlation
183(4)
Da Huo
Guanghui Li
Dongwei Wang
Fang Fu
Dynamic model failure tests of dam structures
187(8)
Gao Lin
Modeling earthquake impact on urban lifeline systems: Advances and integration in loss estimation
195(8)
S.E. Chang
A.Z. Rose
M. Shinozuka
K.J. Tierney
Earthquake behavior of arch dams
203(6)
Chuhan Zhang
Yanjie Xu
Guanglun Wang
Feng Jin
Seismic reliability of lifeline systems
209(6)
Yang Han
Shaoping Sun
A cell-phone based wireless information system and its application
215(4)
G.Z. Qi
Effects of sediment on the dynamic pressure of water and sediment on dams
219(8)
Xiuli Du
Jinting Wang
Tin-Kan Hung
Seismic response characteristics of multispan cable-stayed bridges with stabilizing cables
227(6)
J.M. Ko
Y.Q. Ni
G.J. He
Earthquake input and reliability analysis of water delivery systems
233(6)
Xiaojun Li
Seismic reliability analysis of electric power network system
239(4)
Jie Li
Jun He
Seismic behavior of underground structures and site response
243(8)
Y.M.A. Hashash
Earthquake damage and countermeasure of industrial lifeline and equipment
251(4)
Yonglu Li
Xiangdong Xi
Urban lifelines effects degree sequence and recovery time sequence
255(4)
Youpo Su
Yajie Ma
Ruixing Liu
``Smart'' base isolation systems: Theory and experiments
259(8)
B.F. Spencer, Jr.
H. Yoshioka
J.C. Ramallo
E.A. Johnson
Magnetorheological fluid and smart damper for structural vibration control
267(6)
Jinping Ou
Xinchun Guan
Magnetorheological fluids -- ready for real-time motion control
273(6)
J. David Carlson
Recent development on seismic isolation, energy dissipation, passive and semi-active control of structures in P. R. China
279(8)
Fulin Zhou
Qiaoling Xian
Introducing a benchmark control problem for a cable-stayed bridge subjected to seismic excitation
287(6)
S.J. Dyke
J.M. Caicedo
L.A. Bergman
G. Turan
Ultimate vs. serviceability limit state in designing bridge energy dissipation devices
293(6)
F. Casciati
L. Faravelli
M. Battaini
Active/semiactive seismic response control of cable-supported bridges: Current research status and key issues
299(6)
Y.Q. Ni
B.F. Spencer, Jr.
J.M. Ko
Study on seismic response reduction for floor increased structural system with friction bedding and dampers
305(6)
Hongnan Li
Guanglei Liu
Yongwei Yin
Liyan Lin
Variable-damping-based semiactive control: Analogy between structural and suspension systems
311(6)
Akira Nishitani
Yoshihiro Nittta
Optimum and simulation of semi-active control system based on MRFD
317(4)
L.H. Xu
Z.X. Li
Y. Zhou
A new type of base-isolator: A vertical shock absorber
321(8)
Masao Muraji
Toru Shimizu
Philip Eper
Eizaburo Tachibana
Dynamic analysis for structures supported on slide-limited friction base isolation system
329(10)
Jian Fan
Jiaxiang Tang
The development of super high strength bolts
339(6)
Kozo Wakiyama
Keiji Hirai
Nobuyoshi Uno
Optimal seismic design of building structures with friction dampers
345(6)
M.P. Singh
L.M. Moreschi
Study on the control algorithm based on maximum energy dissipation for semi-active fluid dampers
351(6)
Hui Li
Bo Wu
Lambros Katafyoist
Yoshiyuki Suzuki
Xuesong Yuan
Seismic assessment and retrofit of Beijing engineering in the capital area of Beijing
357(4)
Yayong Wang
Space nonlinear time-history analyzing for base-isolated Suqian city gymnasium
361(6)
Weiqing Liu
Jun Dong
Shuguang Wang
Zongjian Lan
Shigong Yin
Yougen Zhou
High performance, cost effective structural systems for seismic-resistant buildings
367(4)
L.W. Lu
R. Sause
J.M. Ricles
S.P. Pessiki
The optimal fortification load and reliability of aseismic structures
371(6)
Guangyuan Wang
Dagang Lu
Shaking table test study on a model of steel-concrete hybrid structure for tall buildings
377(6)
G.Q. Li
X. Ding
X.M. Zhou
Advances in earthquake engineering with information technology
383(6)
G.L. Fenves
Introduction of US/PRC workshop on experimental methods in earthquake engineering and its influence on seismic testing in China
389(6)
Xinlin Lu
Wensheng Lu
Finite element response sensitivity analysis in earthquake engineering
395(8)
J.P. Conte
Full-range pushover analysis of a RC frame
403(8)
J. Qian
J. Zou
Study on shaking table tests of building models
411(4)
M. Zhang
X. Gao
Q. Meng
Experimental research and seismic design of RC frame with segmental short columns
415(4)
Q. Hu
Y. Xu
Y. Hao
G. Kang
Z. Li
Seismic design and retrofit using shape memory alloys
419(6)
R. DesRoches
R. Leon
G. Hess
J. Ocel
Strength reduction factor spectra based on structural damage performance
425(6)
X. Zhu
Y. Ni
Shaking table tests to simulate earthquake responses of passive control structures
431(6)
Michio Yamaguchi
Satoshi Yamada
Masayoshi Nakashima
Akira Wada
Study on performance-based seismic design of foundations and geotechnical structures
437(4)
X. Yuan
Nonlinear soil-pile-structure interaction for structures resting on a 2 x 2 pile group under earthquake excitations
441(6)
K.T. Chau
X. Yang
Displacement-loading modes of low-cycle test simulating earthquake response of structure
447(6)
Z.M. Huang
Y.W. Wang
B.J. Yin
Loading method for quasi-static and pseudodynamic test
453(6)
Fawei Qiu
Peng Pan
Wenfeng Li
Jiaru Qian
Author index 459

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