Earthquake Engineering for Structural Design 1st Edition by Victor Gioncu, Federico Mazzolani ISBN 9781482266283 1482266288
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ISBN 10: 1482266288
ISBN 13: 9781482266283
Author: Victor Gioncu, Federico Mazzolani
Chapter 1 New Challenges in Seismic Design
1.1 After the last strong earthquakes
1.2 Global Urbanization and Impact of Earthquakes
1.3 Topics Involved in Seismic Design
1.4 Seismology versus Engineering Seismology
1.5 Earthquake Engineering versus Structural Engineering
1.6 Issues for Seismic Design
1.8 International Activity
1.9 References
Chapter 2 Living with Earthquakes
2.1 When Earth Shakes
2.2 Historical Earthquakes
2.3 Great Earthquakes of 20th Century
2.4 Great Earthquakes of the Beginning of 21st Century
2.5 References
Chapter 3 Learning from Earthquakes
3.1 Main Lessons after the Strong Earthquakes
3.2 Lessons for Earthquake Hazard
3.3 Lessons for Construction Vulnerability
3.4 Lessons for Mitigation of Seismic Risk
3.5 Lessons for Seismic Design
3.6 References
Chapter 4 Advances in Conception about Earthquakes
4.1 From Engelados to GPS System
4.2 Towards a New View in Seismology
4.3 Block Models and Seismicity
4.4 Chaos Theory and Seismology
4.5 Earthquake: Predicting the Unpredictable
4.6 Statistical Seismology and the Theory of Multi-Source Data Fusion
4.7 References
Chapter 5 Tectonic Plates and Faults
5.1 Plate Tectonics
5.2 Plate Boundary Types
5.3 Diffuse Zones and Fault Types
5.4 World’s Main Plate Boundaries
5.5 References
Chapter 6 Faults and Earthquakes
6.1 Anatomy of an Earthquake
6.2 Crustal Interplate Earthquake
6.3 Crustal Intraplate Earthquakes
6.4 Intraslab (inslab) Earthquakes
6.5 World’s Seismic Zones
6.6 References
Chapter 7 Earthquakes and Ground Motions
7.1 Ground Motions Evaluation and Earthquake Engineering
7.2 Source Characteristics
7.3 Path Effects
7.4 Ground Response to Earthquakes
7.5 Peculiar Features of Near-source Ground Motions
7.6 Ground Motions Peculiarities of Crustal Intraplate Earthquakes
7.7 Ground Motions Peculiarities of Intraslab Sources
7.8 References
Chapter 8 Ground Motions and Structures
8.1 Structure Influence on Ground Motions
8.2 Foundation Responses
8.3 Structure Responses
8.4 Developments of Materials for seismic-resistant structures
8.5 Developments of Steel Structural Systems
8.6 Soil-foundation-structure Interaction
8.7 Seismic Vulnerability Factors
8.8 References
Chapter 9 Advances in Seismic Design Methodologies
9.1 Challenges in Seismic Design
9.2 Performance-based Seismic Design: Implication of Owners, Users and Society
9.3 Development of Multi-level Base Seismic Design
9.4 Response Spectra as Representation of Ground Motions
9.5 Seismic Analysis Procedures
9.6 Behavior of Non-structural Components during Earthquake
9.7 References
Chapter 10 Challenges for Next Code Generation of Seismic Codes
10.1 Developments of Seismic Design Codes
10.2 Progresses in Seismic Design Codes
10.3 Challenges for New Design Approaches
10.4 Characteristics of Earthquakes in Function of Source
10.5 Structural Response to Interplate Crustal Earthquakes: Near-source Ground Motions
10.6 Structural Response to Intraplate Crustal Earthquakes: Low-to Moderate Ground Motions for Crust
10.7 Structural Response to Intraslab Deep Earthquakes: Long Duration Earthquakes
10.8 Recommendations for Developing Simple but Reliable New Code Provisions
10.9 References
Appendix : Glossary
A.1 Engineering Seismology
A.2 Earthquake Engineering
A.3 References
Index
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Victor Gioncu,Federico Mazzolani,Earthquake Engineering,Structural Design