Table of Contents:
  • 1. Accelerated test design and analysis
  • 2. Accident and incident investigation and modelling
  • 3. Analysis of natural hazards
  • 4. Bayesian models and statistical methods
  • 5. Crisis and emergency management
  • 6. Decision making under uncertainty and expressing uncertainty
  • 7. Dynamic reliability and probabilistic safety/risk analysis
  • 8. Foundational issues in risk
  • 9. Human factors and human reliability analysis
  • 10. Maintenance modelling and applications
  • 11. Management, governance, regulation and standards
  • 12. Mathematical methods and computational algorithms
  • 13. Monte Carlo simulation for reliability, availability, maintenance and safety applications
  • 14. Occupational health and safety
  • 15. Optimisation methods for reliability, availability, maintenance and safety applications
  • 16. Organisational factors, safety culture and socio-technical modelling
  • 17. Prognostics and diagnostics
  • 18. Reliability databases, collection and analysis
  • 19. Resilience modelling and assessment
  • 20. Risk and RAMS analysis applications
  • 21. Software reliability models and safety assessment methods
  • 22. Structural reliability modelling
  • 23. Systems reliability models and applications
  • 24. Uncertainty and sensitivity analysis
  • 25. Visualisation of risk.