Risk Analysis and Management: Engineering Resilience

1. Introduction, Overview and Acknowledgements
Ivo Häring

2. Introduction to Risk Analysis and Risk Management Processes
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3. Introduction to Database Analysis of Terroristic Events
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4. More Elaborate Database Analysis for Risk and Resilience Analysis
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5. Event Analysis: Initial Situation and Hazard Source
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6. Hazard Propagation I: Explosions and Blast
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7. Hazard Source Characterization and Propagation II: Fragment
s
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8. Hazard Propagation III: Free Field Blast and Complex Blast: Empirical-Analytical Expressions and Scaled Experiments
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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
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13. Hazard Event Frequency, Distribution of Objects and Success Frequency of Avoiding Hazards
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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
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Nyckelord: Engineering, Quality Control, Reliability, Safety and Risk, Statistics for Engineering, Physics, Computer Science, Chemistry and Earth Sciences, Natural Hazards, Civil Engineering