Risk Analysis and Management: Engineering Resilience

1. Introduction, Overview and Acknowledgements
Ivo Häring

2. Introduction to Risk Analysis and Risk Management Processes
Ivo Häring

3. Introduction to Database Analysis of Terroristic Events
Ivo Häring

4. More Elaborate Database Analysis for Risk and Resilience Analysis
Ivo Häring

5. Event Analysis: Initial Situation and Hazard Source
Ivo Häring

6. Hazard Propagation I: Explosions and Blast
Ivo Häring

7. Hazard Source Characterization and Propagation II: Fragment
s
Ivo Häring

8. Hazard Propagation III: Free Field Blast and Complex Blast: Empirical-Analytical Expressions and Scaled Experiments
Ivo Häring

9. Mathematical Basics for Hazard and Damage Analysis
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10. Damage Analysis I: Probit Functions and Probability Distributions
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11. Damage Analysis II: Selection of Distributions and Determination of Parameters
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12. Damage Analysis III: Object Densities,Presented Surfaces Based on Exposure, Geometry and Damage Models
Ivo Häring

13. Hazard Event Frequency, Distribution of Objects and Success Frequency of Avoiding Hazards
Ivo Häring

14. Risk Computation and Visualization
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15. Simple Examples of Risk Analysis
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16. Risk Analysis and Management Example for Increasing Harbour Security in Case of Bulk Scanning of Containers
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17. Risk Acceptance Criteria
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18. Risk Mitigation and Chance Enhancement Measures for Improving Resilience
Ivo Häring

Keywords: Engineering, Quality Control, Reliability, Safety and Risk, Statistics for Engineering, Physics, Computer Science, Chemistry and Earth Sciences, Natural Hazards, Civil Engineering