Call for Papers
Scope of the Conference
This Conference will be the major international event in probabilistic safety assessment and management (PSAM) for 2014. The Conference will present and discuss innovative methodologies and the practical applications of these technologies in both reliability analysis and PSA. The Conference will focus on the improvement of performance and safety of complex technological systems, economics, and environment — accentuating a broad PSA application and the human element. Domains will be broad to ensure the cross-fertilization of methods, technologies and ideas.
This Conference will be the major international event in probabilistic safety assessment and management (PSAM) for 2014. The Conference will present and discuss innovative methodologies and the practical applications of these technologies in both reliability analysis and PSA. The Conference will focus on the improvement of performance and safety of complex technological systems, economics, and environment — accentuating a broad PSA application and the human element. Domains will be broad to ensure the cross-fertilization of methods, technologies and ideas.
• Consequence Modeling and Management
• Digital I&C and Software Reliability
• Enterprise Risk Management
• Environmental Impact Assessment
• Fire Simulation and Analysis
• Human Reliability Analysis
• Industrial Safety and Accident Analysis
• Lifetime and Ageing Management
• Maintenance Modelling and Optimisation
• Occupational Safety
• Operational Experience and Data Analysis
• Phenomena Modeling
• Policy Making and Legislative Issues
• Reliability Analysis and Risk Assessment Methods
• Digital I&C and Software Reliability
• Enterprise Risk Management
• Environmental Impact Assessment
• Fire Simulation and Analysis
• Human Reliability Analysis
• Industrial Safety and Accident Analysis
• Lifetime and Ageing Management
• Maintenance Modelling and Optimisation
• Occupational Safety
• Operational Experience and Data Analysis
• Phenomena Modeling
• Policy Making and Legislative Issues
• Reliability Analysis and Risk Assessment Methods
• Automotive Engineering
• Aviation and Space
• Biotechnology and Food Industry
• Chemical and Processing Industry
• Civil Engineering
• Crisis and Emergency Management
• Electrical and Electronic Engineering
• Energy Production and Distribution
• Environment and Sustainable Development
• External Hazards and Climate Risks
• Health and Medicine
• Aviation and Space
• Biotechnology and Food Industry
• Chemical and Processing Industry
• Civil Engineering
• Crisis and Emergency Management
• Electrical and Electronic Engineering
• Energy Production and Distribution
• Environment and Sustainable Development
• External Hazards and Climate Risks
• Health and Medicine
• Risk and Hazard Analyses
• Risk Governance and Societal Safety
• Risk Informed Applications
• Risk Informed Licensing and Regulation
• Risk Management in Large Projects
• Risk Perception and Communication
• Safety Assessment Software and Tools
• Safety Culture and Human & Organizational Factors
• Safety Integrity Level (SIL)
• Safety Management and Decision Making
• Structural Reliability Analysis Methods
• Uncertainty and Sensitivity Analysis, Bayesian methods
• Other
• Risk Governance and Societal Safety
• Risk Informed Applications
• Risk Informed Licensing and Regulation
• Risk Management in Large Projects
• Risk Perception and Communication
• Safety Assessment Software and Tools
• Safety Culture and Human & Organizational Factors
• Safety Integrity Level (SIL)
• Safety Management and Decision Making
• Structural Reliability Analysis Methods
• Uncertainty and Sensitivity Analysis, Bayesian methods
• Other
• Infrastructures
• Manufacturing and Mechanical Systems
• Marine Engineering
• Nuclear Engineering
• Offshore Oil and Gas
• Public Planning and Policy Decisions
• Security and Defense
• Training and Education
• Transportation
• Waste Management
• Manufacturing and Mechanical Systems
• Marine Engineering
• Nuclear Engineering
• Offshore Oil and Gas
• Public Planning and Policy Decisions
• Security and Defense
• Training and Education
• Transportation
• Waste Management
• Recent Developments from Testing of Fire-Related Phenomena for Nuclear Plant Applications
• The Petro-HRA Project: Adapting SPAR-H to a Petroleum Context
• Application of Probability and Physics for NASA Risk Assessment Applications
• External Events Hazard/PRA Modeling for Nuclear Power Plants
• Incorporation of Ageing Aspects in PRA Models
• Benchmark Problem #1 – A Space Propulsion System
• Risk Management Methods and Applications for Asset Management
• Safety Margin Representation and Quantification
• Aging Management Issues for Nuclear (Spent) Fuel and HLW Transport and Storage Installations
• Safety Culture and Organizational Factors
• Cyber Security and Digital I&C
• Reliability of Passive Systems
• Dynamic Reliability
• Infrastructure Risk Analysis
• Modeling Concepts in Human Reliability Assessment
• Risk assessment for hydrogen fuel cell applications and infrastructure
• Integrated Deterministic and Probabilistic Safety Assessment
• SOARCA Uncertainty Analyses
• The Petro-HRA Project: Adapting SPAR-H to a Petroleum Context
• Application of Probability and Physics for NASA Risk Assessment Applications
• External Events Hazard/PRA Modeling for Nuclear Power Plants
• Incorporation of Ageing Aspects in PRA Models
• Benchmark Problem #1 – A Space Propulsion System
• Risk Management Methods and Applications for Asset Management
• Safety Margin Representation and Quantification
• Aging Management Issues for Nuclear (Spent) Fuel and HLW Transport and Storage Installations
• Safety Culture and Organizational Factors
• Cyber Security and Digital I&C
• Reliability of Passive Systems
• Dynamic Reliability
• Infrastructure Risk Analysis
• Modeling Concepts in Human Reliability Assessment
• Risk assessment for hydrogen fuel cell applications and infrastructure
• Integrated Deterministic and Probabilistic Safety Assessment
• SOARCA Uncertainty Analyses