An Integrated Geophysical and Geotechnical Assessment of Hazards Around the Abu Serga Church / Sayed Hemeda.

Format:

Book

Author/Creator:

Hemeda, Sayed, author.

Language:

English

Subjects (All):

Church architecture--Conservation and restoration.

Church architecture.

Earthquake hazard analysis.

Geotechnical engineering.

Physical Description:

1 online resource (183 pages)

Edition:

First edition.

Place of Publication:

Singapore : Bentham Books, [2021]

Summary:

Churches in Egypt, Saints Sergius and Bacchus Church, Church of Martyrs, Coptic Churches, Architectural Heritage Preservation, Heritage Science, Historic Churches, Restoration of Monuments, Geotechnical Engineering, Site investigations of Churches, Conservation Science, Building Conservation, Biot Heritage

Contents:

Cover

Title

Copyright

End User License Agreement

Contents

Preface

CONSENT FOR PUBLICATION

CONFLICT OF INTEREST

ACKNOWLEDGEMENTS

Introduction and Scope of Work

1. INTRODUCTION

2. SCOPE OF WORK

3. METHODOLOGY &amp

WORK PROCEDURE

Determining the S-Wave Velocity by Using Refraction Microtremors Technique

1. DETERMINING THE S-WAVE VELOCITY USING REFRACTION MICROTREMORS TECHNIQUE

2. THEORY

2.1. Velocity Spectral Analysis

2.2. Rayleigh Phase-Velocity Dispersion Picking

2.3. Shear-Velocity Modeling

2.4. Data Acquisition and Interpretation

CONCLUSION

Electrical Resistivity Imaging for Investigating Aquifer Properties

2. SITE NATURE

3. SUMMARY OF ELECTRICAL RESISTIVITY TOMOGRAPHY METHOD

4. INSTRUMENT USED

5. ELECTRODE ARRAY

6. FIELD PROCEDURE

7. THE RAW DATA

8. DATA PROCESSING &amp

MODELING

9. RESULTS

Profile ERT-1

Profile ERT-2

Profile ERT-3

Profile ERT-4

Regional Seismic Hazard Analysis for Abu Serga Church

2. SOURCES OF INFORMATION

3. SCOPE OF WORK

4. TECTONIC AND SEISMTECTONICS OF EGYPT

5. ACTIVITY AT THE NORTHERN RED SEA (EASTERN BOUNDARY)

6. INTRAPLATE ACTIVITIES

7. SUBDUCTION AT THE EASTERN MEDITERRANEAN (NORTHERN BOUNDARY)

8. ACTIVITY AT THE NORTHERN RED SEA (EASTERN BOUNDARY)

9. INTRAPLATE ACTIVITIES

9.1. The Pelusium Megashear System

9.2. The Suez-Cairo-Alexanderia Trend

9.3. Intraplate Areas

9.3.1. Faiyum

9.3.2. Abu-Debbab

9.3.3. El-Gilf El-Kebir

Seismic Hazard Analysis Theory and Methodology

1. PROBABILISTIC SEISMIC HAZARD ANALYSIS

1.1. Basic Concepts and the Seismic Hazard Models

1.2. The Basic Steps in Probabilistic Seismic Hazard Analysis

1.2.1. Earthquake Sources.

1.3. The Seismotectonic Source Could Appear in One of the Following Pictures

1.3.1. Faults

1.4. Localizing Structures

1.5. Seismotectonics Provinces

1.6. Magnitude Distribution

1.6.1. Ground Motion Equations

1.6.2. Probability Analysis

2. FORMAT OF HAZARD RESULTS

Seismic Hazard Results for Abu Serga Church

2. EARTHQUAKE CATALOGUE

3. HISTORICAL SEISMICITY

4. MAXIMUM INTENSITY AFFECTING ABU SERGA CHURCH

5. SEISMIC SOURCE REGIONALIZATION

6. DESCRIPTIONS OF THE IMPORTANT SEISMIC SOURCES ADOPTED FOR ABU SERGA CHURCH AND SURROUNDING AREAS

7. A-GULF OF SUEZ TREND

7.1. Shadwan (Zone No. 2)

7.2. Northern Gulf of Suez (Zone No. 3)

8. PELUSIUM TRENDS

8.1. Southern Pelusium (Zone No. 4)

8.2. Northern Pelusium (zone No. 5)

9. C-THE EASTERN MEDITERRANEAN TREND

9.1. Cyprus (Zone No. 6)

10. D-DEAD SEA - RED SEA TREND

10.1. Northern Red Sea (Zone No. 1)

10.2. Gulf of Aqaba (Zone No. 7)

10.3. Southern Arava (Zone No. 8)

10.4. Northern Arava (Zone No. 9)

10.5. Thamad Arava (Zone No. 10)

10.6. East Sinai (Zone No. 11)

10.7. Barak (Zone No. 12)

10.8. Paran (Zone No. 13)

10.9. Arif (Zone No. 14)

10.10. Sa'ad -Nafha (Zone No. 15)

10.11. Northern Negev (Zone No. 16)

10.12. Dead Sea (Zone No. 17)

10.13. Central Sinai (Zone No. 18)

10.14. Yagur-Tirtza (Zone No. 19)

10.15. Jordan-Valley (Zone No. 20)

10.16. Galilee (Zone No. 21)

10.17. Hula-Kineret (Zone No. 22)

10.18. Roum (Zone No. 23)

10.19. Roum (Zone No. 24)

10.20. Yamune (Zone No. 25)

10.21. Palmira (Zone No. 26)

10.22. West Sirhan (Zone No. 27)

10.23. Jordan North (Zone No. 28)

11. RECURRENCE RELATIONSHIPS

12. MAGNITUDE SATURATION

13. DATA COMPLETENESS

14. MAXIMUM MAGNITUDE EARTHQUAKE

15. REGIONAL PGA ATTENUATION RELATIONS.

15.1. Site-specific Procedure

15.2. Empirical Attenuation Relationships

15.3. PGA Attenuation Relations for Abu Serga Church

16. RESULTS

16.1. The Following Seismic Hazard Map is Provided

CONCLUSIONS

Recurrence of Earthquakes at Abu Serga Church

The Southern Pelusium Zone

Soil and Structure Response for Abu Serga Church

2. AIM OF THE STUDY

3. INSTRUMENTS AND DATA ACQUISITION

4. THEORY OF MICROTREMORS

5. METHODOLOGY

6. RESULT

Ground Penetrating Radar for Archeological Investigation

2. SUMMARY OF THE METHOD

3. PRINCIPLES AND MODE OF OPERATION OF GPR

4. AIM OF THE STUDY

5. SITE NATURE

6. INSTRUMENT USED

7. DATA PROCESSING

8. DEPTH CALIBRATION

9. RESULTS AND INTERPRETATIONS

Design Response Spectrum for Abu Serga Church

2. RESPONSE SPECTRA

3. COMPUTATION OF RESPONSE SPECTRUM

4. TYPES OF RESPONSE SPECTRA

4.1. Site-Independent Response Spectra

4.2. Site-Dependent Response Spectra

5. DESIGN RESPONSE SPECTRUM FOR ABU SERGA CHURCH

3D Finite Element Coupled Analysis Model for Geotechnical and Complex Structural Problems of Historic Masonry Structures: Conservation of Abu Serga Church, Cairo, Egypt

2. GEOTECHNICAL CONDITIONS AND MONITORING

3. ENGINEERING PROPERTIES OF BUILDING MATERIALS

4. THE ARCHITECTURAL DESIGN OF ABU SERGA CHURCH

5. STATE OF ABU SERGA CHURCH PRESERVATION

6. CONSTITUTIVE MODELING (NUMERICAL ANALYSIS)

7. RESULTS OF NUMERICAL ANALYSIS

8. STRENGTHENING (RESTORING) THE PROCEDURES OF THE ABU SERGA CHURCH

Conclusions

RECURRENCE OF EARTHQUAKES AT ABU SERGA CHURCH

References

Subject Index

Back Cover.

Notes:

Includes bibliographical references and index.

Description based on publisher supplied metadata and other sources.

Description based on print version record.

ISBN:

9789814998727

9814998729

OCLC:

1276857190