
Find out about recent progress in the evaluation of liquefaction hazards during earthquakes and learn how to estimate the potential for triggering liquefaction, its
consequences and its mitigation. Receive a copy of the EERI monograph "Soil Liquefaction During Earthquakes," by Idriss and Boulanger.
Instructors: Ross W. Boulanger, University of California, Davis
I . M. Idriss, University of California, Davis
Learn how to evaluate the response of F-type soils and hear overviews of regulatory requirements, seismic hazard evaluation in accordance with current codes, evaluation of design ground
motions, modeling of F-type soil profiles (including evaluation of material parameters), and interpretation of the results.
Instructors: Neven Matasovic, GeoSyntec Consultants
T ed S. Vinson, Professor Emeritus, Oregon State University
Gustavo Ordonez, Washington Department of Ecology
Improve your knowledge of the basics of evaluating the response of embankment dams under seismic loading while exploring such topics as regulatory requirements, field investigations,
laboratory testing,, liquefaction and fault displacement hazards, embankment stability and deformation, and more.
Instructors: Keith Ferguson, Kleinfelder
Faiz Makdisi, Geomatrix
Lelio Mejia, URS Corporation
Zia Zafir, Kleinfelder
The conventional seismic design of geotechnical structures is shifting toward performance-based design. Although other fields of civil engineering experienced similar shifting, geotechnical
engineering has to solve its own problems. The reliability of field investigation and the accuracy of performance prediction are typical problems. Another problem is the decision on the criteria
allowable and unallowable seismic performance. Join peers from around the world for a workshop that is sure to trigger international discussion about these issues.
Write to the workshop chair, Professor Ikuo Towhata, at towhata@geot.t.u-tokyo.ac.jp for additional information. Space is limited. Preregistration through Professor Towhata is encouraged.