Ilki, A., Karadogan, F., Pala, S., Yuksel, E. (Eds.)
2009, XIII, 495 p.
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Chapter writers are among the best experts in their fields
Subject covered is of prime importance
Offers the most recent knowledge on the subject
Many more people are coming to live in earthquake-prone areas, especially urban ones. Many such areas contain low-rise, low-cost housing, while little money is available to retrofit the buildings to avoid total collapse and thus potentially save lives. The lack of money, especially in developing countries, is exacerbated by difficulties with administration, implementation and public awareness.
The future of modern earthquake engineering will come to be dominated by new kinds of measuring technologies, new materials developed especially for low-rise, low-cost buildings, simpler and thus lower cost options for retrofitting, cost cutting and raising public awareness.
The book covers all the areas involved in this complex issue, from the prevention of total building collapse, through improvement techniques, to legal, financial, taxation and social issues.
The contributors have all made valuable contributions in their own particular fields; all of them are or have been closely involved with the issues that can arise in seismic zones in any country. The recent research results published here offer invaluable pointers to practicing engineers and administrators, as well as other scientists whose work involves saving the lives and property of the many millions of people who live and work in hazardous buildings.
1. Seismic Monitoring to Assess Performance of Structures in Near-Real Time: Recent Progress
1.2 Two Approaches for Measuring Displacements
1.3 Monitoring Single Structure vs. Campus Structures
2. Dance for Modern Times: Insurance, Economic Stability and Building Strength
2.1 Preparing the Stage
2.2 Government Schemes – Insurance
2.3 Building Strength
2.4 Let’s Dance – The TCIP
3. A Critical Review of Current Assessment Procedures
3.2 The SPEAR Project: Framework, Motivation, Methods
3.3 The SPEAR Structure
3.4 Assessment Exercise: Introductory Remarks
4. Risk Management and a Rapid Scoring Technique for Collapse Vulnerability of R/C Buildings
4.2 Need for Mitigation Strategies at National Level
4.3 The Zero Loss of Life’ Project
4.4 P25 – Rapid Scoring Technique
4.5 Final Score in the P25 – method
5. The Importance of Plan-Wise Irregularity
5.2 The SPEAR Project: Framework, Motivation, Methods
5.3 The SPEAR Structure
5.4 Critical Review of the Experimental Results
5.5 Retrofitting Strategies: Conceptual Design
5.6 Retrofitting Strategies: Comparative Critical Review of The Experimental Results
5.7 Critical Evaluation of the Performance of The Interventions
5.8 Criteria for the Design of Retrofitting i Plan-Wise Irregular Structures
6. Advanced Composite Materials and Steel Retrofitting Techniques for Seismic Strengthening of Low-Rise Structures: Review
6.2 Causes of Collapse
6.3 FRP Retrofitting Techniques for Collapse Prevention
6.4 Steel Retrofitting Techniques Used to Prevent Collapse
7. A Novel StructuralAssessment Technique to Prevent Damaged FRP-Wrapped Concrete Bridge Piers from Collapse
7.2 Failure Mechanisms of FRP-Wrapped Concrete Systems
7.3 Structural Assessment Technique – Far-field Airborne Radar NDT
8. Strengthening of Low Rise Concrete Buildings: Applications after Dinar (1995) and Adana-Ceyhan (1998) Earthquakes
8.2 Turkish Seismic Code Provisions for Masonry Buildings
8.3 Low-Rise Buildings: Masonry vs. Reinforced Concrete Frame Buildings?
8.4 The Dinar (1995) and the Adana-Ceyhan (1998) Earthquakes
8.5 Damage in Low-Rise Buildings
8.6 Post-Earthquake Evaluation of Damaged Low-Rise Buildings
8.7 Strength Evaluation of Low-Rise Buildings
8.8 Techniques for the Repair and Upgrading of Damaged Low-Rise Buildings
8.9 Application Details
9. Rehabilitation of Precast Industrial Buildings using Cables to Develop Diaphragm Action
9.2 Prototype Building
9.3 Ground Motions
9.4 Overview of Rehabilitation Scheme
9.5 Analytical Models
9.6 Seismic Response of Rehabilitated Building
9.7 Strengthening of Connections
9.8 Summary and Conclusions
10. Vulnerability Evaluation and Retrofitting of Existing Building Heritage: an Italian Research Programme
10.2 Seismic Danger
10.3 New Design Code
10.4 Seismic Vulnerability
10.5 Previous Researches
11. Soft-Landing Base-Isolation System
11.2 Outline of the Soft-Landing Base-Isolation System
11.3 Shaking Table Test
11.4 Failure Mode Control of Existing Column
11.5 Existing and New Column Connection
11.6 Concluding Remarks
11.7 Future Studies
12. Development of a New Precast Concrete Panel Wall System Incorporated with Energy Dissipative Dowel Connectors