- Advanced Technologies
- Aeronautical and Aerospace Structures
- Basic Theory and Methods
- Bayesian Information Processing
- Bridges and Buildings
- Computational Methods
- Damage Analysis and Assessment
- Design Concepts
- Deterioration Modeling
- Earthquake Engineering
- Economic Analysis
- Fatigue Reliability
- Flood Analysis and Prevention
- Fuzzy Analysis
- Geotechnical Engineering
- Geostatistics
- Global Warming Effects
- Hazard Analysis
- Human Factors
- Industrial Plant Reliability
- Inspection, Quality Control and Assurance
- Insurance and Management of Risk
- Life Cycle Analysis
- Lifeline Risk Assessment
- Loads and Load Combinations
- Materials
- Monitoring and Maintenance Systems
- Nuclear Structures
- Offshore and Marine Structures
- Passive and Active Structural Control
- Probabilistic Materials Analysis
- Probabilistic Risk Analysis
- Random Vibration
- Reliability-Based Design and Regulations
- Reliability-Based Optimization and Control
- Reliability Theory
- Risk Analysis in Decision Making
- Simulation Methods
- Social Science / Urban Planning
- Smart Structures and Materials
- Statistical Design Analysis
- Stochastic Computational Mechanics
- Stochastic Finite Elements
- Stochastic Fracture Mechanics
- Stochastic Processes and Fields
- Structural Health Monitoring
- Structural Systems
- Sustainability under Global Warming
- System Identification
- System Reliability
- Transportation Systems
- Uncertainty Analysis
- Wind Engineering
ICOSSAR09 will emphasize the safety and performance requirements of critical
engineering systems subjected to natural and man-made hazards, including
life cycle analysis processes and costs. Practical application of all methods
will be stressed, including risk analysis and safety assessment of major
technological systems. A book and a CD-ROM containing the full papers to
be presented at the Conference will be given to all delegates.
