Earthquake Engineering

The following sections are included:

• PREFACE AND INTRODUCTION TO THE SECOND EDITION

• CONTENTS

The following sections are included:

• INTRODUCTION

• NOMENCLATURE FOR THIS CHAPTER

• PHYSICAL ASSUMPTIONS

• MATHEMATICAL ANALYSIS

• SUMMARY TO THIS POINT

• APPLICATION OF THE MECHANISM TO THE LONG VALLEY, CALIFORNIA, CALDERA EARTHQUAKES

• THE MECHANISM

• CONCLUSION

• REFERENCES

• APPENDIX

The following sections are included:

• INTRODUCTION

• NOMENCLATURE FOR THIS CHAPTER

• MATHEMATICAL-PHYSICAL ARGUMENT

• DETAILED ANALYSIS OF THE INVARIANT EQUATION 4

• THE PHYSICAL VARIABLES RELATED TO THE CANONICAL ACCELEROGRAMS

• THE TIMEWISE VARIATION OF SHE AT A POINT

• CONCLUSION

• REFERENCES

• APPENDIX

The following sections are included:

• INTRODUCTION

• NOMENCLATURE FOR THIS CHAPTER

• THE MATHEMATICAL THEORY

• ANALYSIS OF THE INVARIANT – EQUATION 4

• THE PHYSICAL VARIABLES AND THE INVARIANT – EQUATION 4

• THE SPACEWISE VARIATION OF SHE

• CONCLUSION

• REFERENCES

• APPENDIX

The following sections are included:

• INTRODUCTION

• NOTATION FOR THIS CHAPTER

• THE CANONICAL ACCELEROGRAM CHART AND PARAMETERS

• THE CANONICAL ISOSEISMAL CHART AND ITS PARAMETERS

• THE ‘GEOLOGY’ OF A REGION

• THE TEMPORAL VARIATION OF ENERGY AT A POINT

• THE SPACEWISE VARIATION OF ENERGY OVER THE ENTIRE FIELD

• THE MAGNITUDE – Σ(IS)_f - S_f - GEOLOGY CHART

• SANTIAGO, CHILE EARTHQUAKE – 3/3/85

• MANAGUA, NICARAGUA EARTHQUAKE – 12/23/72

• ANCHORAGE, ALASKA EARTHQUAKE – 3/27/64

• SKOPJE, YUGOSLAVIA EARTHQUAKE – 7/26/63

• AL ASNAM, ALGERIA EARTHQUAKE – 10/10/80

• GUATEMALA, GUATEMALA EARTHQUAKE – 2/4/76

• ADDITIONS AND MODIFICATIONS TO EXISTING DATA POINTS OF THE ‘FIRST CHART’

• THE REVISED FORM OF THE ‘FIRST CHART’

• THE MAGNITUDE-INTENSITY-DISTANCE (MID) CRART

• THE INTENSITY – Σ(aΔt)_f – t_f – GEOLOGY CHART

• THE ENERGY-lNTENSITY COMPATIBILITY RELATION

• REFERENCES

The following sections are included:

• INTRODUCTION

• PROCEDURE

• CONCLUSION

The following sections are included:

• INTRODUCTION

• BRIEF REVIEW OF THE CANONICAL ACCELEROGRAM RELATIONS (CHAPTERS 2 AND 5)

• THE GEOLOGY OF THE REGION

• THE SUPERPOSED ACCELEROGRAMS

• THE SUPERPOSED ACCELEROGRAM-DAMAGE CORRELATION

• CONCLUSION

• REFERENCES

• APPENDIX

The following sections are included:

• INTRODUCTION

• PROCEDURE

• THE EARTHQUAKE

• THE PUBLISHED ISOSEISMAL MAP

• THE ANALYSIS

• CONCLUSION

• REFERENCE

The following sections are included:

• INTRODUCTION

• THE BASIC EQUATIONS, CHARTS, AND FIGURES

• APPROXIMATE DAMAGE (INTENSITY) ESTIMATES

• CONCLUSION

The following sections are included:

• INTRODUCTION

• NOMENCLATURE FOR THIS CHAPTER

• EQUIVALENT (OR EFFECTIVE) LENGTH AND EQUIVALENT (OR EFFECTIVE) BASE AREA

• LENGTH-OF-TIME EFFECT FOR TALL BUILDINGS

• DAMPING OF VIBRATIONAL BUILDING OSCILLATIONS DUE TO AN EARTHQUAKE

• MODEL SCALING REQUIREMENTS
  • Introduction
  • Procedure

• CONCLUSION

• REFERENCES

The following sections are included:

• INTRODUCTION

• AN APPROXIMATE THEORETICAL PREDICTED ISOSEISMAL MAP FOR THE PREDICTED M = 6 PARKFIELD EARTHQUAKE OF 1988
  • Procedure
  • Conclusion for This Section A

• THE EARTHQUAKE-CODE ZONE OF BANGLADESH – A COMPARISON ANALYSIS
  • The Available Earthquake Data
  • The Zonal Regions of Bangladesh
  • The Rational Analysis of the Seismic Zones
  • Conclusion for This Section B

• AN APPROXIMATE THEORETICAL METHOD FOR ANALYZING ROCK SLOPE STABILITY DUE TO EARTHQUAKES
  • Introduction
  • Background
  • Proposed Energy Approach and Stability Criteria
  • Application of the New Approach to Past Rock Avalanches
  • Conclusion for Ibis Section C

• THE MEXICAN EARTHQUAKE OF SEPTEMBER 19, 1985
  • Introduction
  • The “Average Case” or “Averageness” Requirement
  • Damage and Energy
  • The Mexican Earthquake of September 19,1985
  • The Three-Shock Analysis
  • The Two-Shock Analysis
  • The Averageness Assumption and the Mexican Earthquake
  • The Rational Analysis of the Damage in Central Mexico City
  • Conclusion for This Section D

• MONITORING UNDERGROUND ATOMIC BLASTS
  • Introduction
  • Notation
  • Discussion
  • Procedure
  • Conclusion for This Section E

• CONCLUSION FOR THIS CHAPTER

• REFERENCES FOR CHAPTER 10

The following sections are included:

• INTRODUCTION

• THE EARTHQUAKE ENGINEERING ANALYSIS OF THE SUPPORTS FOR AN OFFSHORE PLATFORM STRUCTURE (OPS)
  • Introduction
  • The Offshore Platform Structure(OPS)
  • The Approximate Design Analysis
  • Conclusion for Section A

• THE EARTHQUAKE ENGINEERING ANALYSIS OF A BUILDING WITH AN OPEN, GROUND LEVEL, COLUMN-SUPPORTED PARKING AREA
  • Introduction
  • The Analysis
  • Conclusion for Section B

• THE EARTHQUAKE ENGINEERING ANALYSIS OF A SHORT SQUAT SHEAR-TYPE STRUCTURE,
  • Introduction
  • Procedure
  • The Assumed Building
  • Detailed Computations
  • Discussion and Comments
  • Conclusion for Section C

• THE EARTHQUAKE ENGINEERING ANALYSIS OF A LOW TO INTERMEDIATE HEIGHT BEAM-GIRDER-COLUMN ENERGY ABSORBING STRUCTURE
  • Introduction
  • The Assumed Structure
  • Specification of the Earthquake
  • The Turkish Earthquake Code
  • The CM Solution
  • The Solution by the RM
  • Comparison of CM and RM Solution
  • Conclusion for Section D

• THE EARTHQUAKE ENGINEERING ANALYSIS OF A HIGH STRUCTURE,
  • Introduction
  • Procedure
  • Symmetry, Anti-Symmetry and Unsymmetry
  • Period of Transition
  • Period of Overall Effect
  • The Vibrating System
  • The Deformation of the Vibrating Structure
  • The Division of Energy – See Table 10
  • Outline of the Design- Checking Procedures

• A TYPICAL DESIGN-ANALYSIS STRUCTURAL APPLICATION FOR A TALL BUILDING
  • Introduction
  • The Design Analysis
  • Conclusion for Section E

• A CONCRETE DAM EARTHQUAKE ANALYSIS
  • Introduction
  • The Koyna Dam, (GUPTA)
  • Damage to the Koyna Dam
  • The MID (Isoseismal Contour Map)
  • The Loading on the Dam
  • Conclusion for Section F

• CONCLUSION FOR THIS CHAPTER

The following sections are included:

• APPENDIX

• INDEX