East Coast Seismicity, Ground Motions, and Liquefaction Seminar
 
April 25, 2000
 
Brief Description
 

This course was offered in Dulles, Virginia on April 25, 2000. Professor Mitchell and Professor Martin covered the characteristics and distributions of earthquakes in the Eastern U.S., methods for estimating the potential shaking intensity and duration, and recent developments in building codes and sources of information for engineering design. The latest procedures for evaluating the liquefaction potential at specific sites were presented. Course Notes Available

 
Description
 

East Coast Seismicity, Ground Motions, and Liquefaction Evaluation Seminar Brochure

7:30 AM
Registration and Continental Breakfast
 
8:15 AM
Introduction and Welcome
 
8:30 AM
AM MORNING SESSION
 
 
 
Earthquake Issues and Effects
Martin
 
 
-General Issues & East Coast Earthquakes
 
 
 
-Effects (e.g. slope stability, liquefaction, soil amplification)
 
 
 
Determination of Ground Motions
Martin
 
 
-Magnitude, Acceleration, Duration
 
 
 
-Time History
 
 
 
Earthquake Demand - Cyclic Stress Ratio and Its Determination
Mitchell
 
 
-Simplified Analysis
 
 
 
-Ground Response Analysis
 
 
 
Soil Resistance - Cyclic Resistance Ratio
Mitchell
 
 
-Standard Penetration Test
 
 
 
-Cone Penetration Test
 
12:15 PM
Lunch Break
 
1:30 PM
AFTERNOON SESSION
 
 
 
Soil Resistance - Cyclic Resistance Ratio (Cont.)
Mitchell
 
 
-Shear Wave Velocity
 
 
 
-Becker Penetration Test
 
 
 
Earthquake Magnitude Scaling Factors, and Other Factors
Mitchell
 
 
-Ks
 
 
 
-Ka
 
 
 
-Seismic Factors
 
 
 
Building Codes
Martin
 
 
-Recent Developments
 
 
 
-Sources of Information
 
 
 
Worked Example
Martin / Mitchell
4:45 PM
Wrap - up
 
5:00 PM
Adjourn 
 
 
For additional information, please contact CJ Smith:
Email: cjs@vt.edu
Phone: (540) 231-5052
 
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Center for Geotechnical Practice and Research
The Charles Edward Via, Jr. Department of Civil and Environmental Engineering
120 Patton Hall, Virginia Tech, Blacksburg, VA 24061
Tel.: (540) 231-6635, Fax.: (540) 231-7532
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