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