Session II - Seismic Performance, Design, and Retrofitting
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Seismic Analysis of Bridges Including Soil-Structure Interaction
Effects
by R. Betti and K. Huang, Columbia University
Practical Nonlinear Time-History Analysis for the Design of Bridge
Structures Subjected to Strong Seismic Motion
by R. Dowell, F. Seible and N. Priestley, University of California, San Diego
On Near-Field Earthquake Ground Motion Simulation and Its Effects on
Long-Period Structures
by R. Zhang and M. Shinozuka, University of Southern California
Evaluation of Bridge Abutment Stiffness During Earthquakes
by R. Goel, Syracuse University
Characterization of Nonlinear Abutment Stiffnesses for Seismic Design
and Retrofit
by R. Siddharthan and M. El-Gamal, University of Nevada, Reno
Three-Dimensional Modeling of Stiffness Characteristics for Highway
Bridge Abutments
by J. C. Wilson, McMaster University; M. Justason, Berminghammer Foundation Equipment,
Ltd.
Behavior of Laterally Loaded Piles Supporting Bridge Abutments
by J. Deatherage, E. Burdette, and D. Goodpasture, University of Tennessee
The Use of Reticulated Micropile Groups for Bridge Foundations
by F. Kulhawy, Cornell University; J. Mason, California Department of Transportation
Repair of Damaged Pier Walls
by M. Haroun, G. Pardoen, H. Bhatia, S. Shahi, and R. Kazanjy, University of
California, Irvine
Modeling Seismic Damage of Circular Reinforced Concrete Bridge Columns
by A. Taylor and W. Stone, National Institute of Standards and Technology; A. El-Bahy
and S. Kunnath, University of Central Florida
Seismic Fragility Analysis of Conventional Reinforced-Concrete Highway
Bridges
by C. Mullen and A. Cakmak, Princeton University
