Project Number | 172 |
Date of Summary | June 30, 1997 |
Subject | Methodology for Assessing the Structural Integrity of Existing Platforms Subject to Seismic Loading |
Performing Activity | University of California at Berkeley |
Principal Investigator | Dr. C. William Ibbs |
Contracting Agency | Minerals Management Service |
Estimated Completion | Completed. |
Description | The objective was to develop a systematic seismic hazard approach for the requalification of existing platforms. The need for quantified assessment of the safety implications of inspections and repairs has led to incorporating such information into the decision process. No definitive engineering guidelines have been developed for defining a program for platforms located in seismically active areas. The research resulted in development of a practicable methodology for the safety management of fixed platforms in areas subject to earthquakes. |
Progress | Completed. |
Reports |
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AA (copywrited material) | Bea, R. G., Young, C. N., Loading and Capacity Effects on Platform Performance in Extreme Storm Waves and Earthquakes, Proceedings of the 25th Offshore Technology Conference, Paper OTC 7140, Houston, Texas, May 3-6, 1993. |
AC
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Staneff, Stephen T., Ibbs, C. William, Bea, Robert G., Risk- Management System for Condition Assessment, Journal of Infrastructure Systems, American Society of Civil Engineers, December, 1995. |
AD
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Proceedings of the International Symposium on Systems Integration in Construction, STRESS- Advanced Structure Research Station, Hanyang University, Seoul, Korea, November 18, 1995. |
AE | Staneff, Stephen T., Ibbs, C. William, Bea, Robert G., Oliver, Robert M., A Decision Support System for Infrastructure Management, Department of Civil Engineering Construction Engineering and Management, Report #97-05. University of California at Berkeley. Spring1997. (Out of print) |
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