Guidelines For Use of Probabilistic Seismic Hazard Curves at Department of Energy Sites

• Guidelines For Use of Probabilistic Seismic Hazard Curves at Department of Energy Sites
• This document has been reproduced directly from the best available copy.
• Change Notice 1
• Foreword
• Abstract
• Table of Contents
• Table of Contents - Continued
• Background
• Purpose
• Current Department of Energy Orders and Requirements
• Format
• Seismic Hazard Position
• Seismic Hazard Position - Continued
• Basis For Recommendations
• Risk Engineering, Inc. Summary Issues
• Jack Benjamin and Associates Summary Issues
• Lawrence Livermore National Laboratory Draft New Production Reactor Probabilistic Seismic Hazard
• Seismic Working Group Meeting of March 11, 1991
• Seismic Working Group Meeting of March 11, 1991 - Continued
• Assumptions
• Approach Selected
• Approach Selected - Continued
• Calculation of Correction Factors
• Seismic Hazard Position: Use of LLNL-AE5
• Examples
• Future Efforts
• References
• References - Continued
• Definitions
• Definitions - Continued
• Table 1. Summary of LLNL/EPRI Ratio for Peak Ground Acceleration
• Table 2. Existing Probabilistic Hazards Results For DOE Sites
• Table 3. Probabilistic Hazard results For DOE Site Using Standard Position
• Table 3. Probabilistic Hazard results For DOE Site Using Standard Position - Continued
• Table 4. Summary of Recommended Horizontal Peak Ground Acceleration (in g's)
• Figure 1. Probabilistics Seismic Hazard Comparison EPRI Vs. LLNL
• Figure 2. LLNL Ratio of 85Th/Median
• Figure 3. EPRI Ratio of 85Th/Median
• Figure 4. Ratio of 85Th/Median LLNL and EPRI Probabilistics Seismic
• Figure 5. Probalistic Seismic Hazard Ratios Geom. Meam of PGA Ratios
• Figure 6. Ratio of LLNL/EPRI Median Probalistics Seismic Hazards Curves
• Probalistic Seismic Hazard Comparison Savannah River Site
• Concluding Material
• Appendix A: Comment Resolution Document on Draft LLNL/EPRI Position
• Part A- Comments
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Part A- Comments - Continued
• Table 1. Comparison of Earthquake Levels Developed
• Part A- Comments - Continued
• Part A- Comments - Continued
• Summary of Comment Identification
• Part B - Response To Comments
• Slope of Hazards Curve
• Factor When Only Curve Exists
• Geographic Applicability
• Editorial Comments
• Workshop
• Use of The Standard
• Appendix B: Interim Guidance For The Development of Deterministric Spectral Shape
• Appendix B: Interim Guidance For The Development of Deterministric Spectral Shape
• Appendix B: Interim Guidance For The Development of Deterministric Spectral Shape - Continued
• Appendix C: Figures Showing The Information Provided By Enginnering
• Probalistics Seismic Hazard Ratios Geom. Mean of PGA Ratios
• Probalistics Seismic Hazard Ratios Geom. Mean of 25hz Vel. Ratios
• Probalistics Seismic Hazard Ratios Geom. Mean of 10hz Vel. Ratios
• Probalistics Seismic Hazard Ratios Geom. Mean of 5hz Vel. Ratios
• Probalistics Seismic Hazard Ratios Geom. Mean of 2.5hz Vel. Ratios
• Probalistics Seismic Hazard Ratios Geom. Mean of 1hz Vel. Ratios
• Epri Peak Acceleration
• LLNL 4gx Peak Acceleration
• LLNL 5gx Peak Acceleration
• Epri 25 Hertz
• LLNL 4gx 25 Hertz
• LLNL 5gx 25 Hertz
• Epri 10 Hertz
• LLNL 4gx 10 Hertz
• LLNL 5gx 10 Hertz
• Epri 5 Hertz
• LLNL 4gx 5 Hertz
• LLNL 5gx 5 Hertz
• Epri 2.5 Hertz
• LLNL 4gx 2.5 Hertz
• LLNL 5gx 2.5 Hertz
• Epri 1 Hertz
• LLNL 4gx 1 Hertz
• LLNL 5gx 1 Hertz
• Appendix D: An Interim Recommendation For DOE Use of The LLNL and EPRI Hazard Curves
• An Interim Recommendation For DOE Use of The LLNL and EPRI Hazard Curves
• Some Observed Differences and Consistencies.
• Recommended Interim Procedure.
• Recommended Interim Procedure. - Continued
• Recommended Interim Procedure. - Continued
• Appendix E: Outline of Steps to Develop PSEUDO-Mean Correction Factor
• Appendix E: Outline of Steps to Develop PSEUDO-Mean Correction Factor - Continued
• Appendix E: Outline of Steps to Develop PSEUDO-Mean Correction Factor - Continued
• Appendix E: Outline of Steps to Develop PSEUDO-Mean Correction Factor - Continued
• Summary correction factors (GMr)
• Concluding Material
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Guidelines For Use of Probabilistic Seismic Hazard Curves at Department of Energy Sites

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