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Informationen zum Autor Luca Podofillini, Bruno Sudret, Bozidar Stojadinovic, Enrico Zio, Wolfgang Kröger Zusammenfassung Including 570 papers on theories and methods in the area of risk, safety and reliability, and their applications to a wide range of industrial, civil and social sectors, this book will be of interest to academics and professionals involved or interested in aspect of risk, safety and reliability in various engineering areas. Inhaltsverzeichnis Preface, Conference organization, Introduction, METHODOLOGY AREAS, Accident and incident investigation and modelling Traffic accidents: Random or pattern occurrence?, Accident analysis of Bus Rapid Transit units in Mexico City, Accident analysis by logic programming technique, Modeling of traffic safety indicators on Polish national road network, Learning from text-based close call data, Balancing the risk between railways and roads, Accident and incident investigation and modelling in critical infrastructure, Research on socio-technical system functional variability based on functional resonance accident model, Comparative risk assessment, Regionalized risk assessment of accidental oil spills using worldwide data, Comparison of Dutch and Russian standards for calculating physical effects of hazardous substances, Import-adjusted fatality rates for OECD countries caused by fossil fuel accidents, The use of Multidimensional Comparative Analysis in the choice of means of transport for the army, Comparative risk assessment for fossil energy chains: Severe accidents triggered by natural hazards, Crises and emergency management, What can we learn about “engineering thinking in extreme situations” from the testimony by the Fukushima Dai Ichi plant manager?, Safety management using RBPS to achieve excellence in Petrobras contracts, Issues concerning identification of critical infrastructure systems within the Baltic Sea area, Bridging the gap between long-term planning and short-term requirements: A risk-based perspective, Organised behaviour in the Swedish fire and rescue service—a case study, Computational techniques for the approximation of total system resilience, Enhancing organizational resilience through virtual communities of practice, Emergency Response Plans using time scheduling to anticipate the mission time deviation, Human behaviour in disaster situations: A paradigm change, Integration of resilience capabilities for Critical Infrastructures into the Emergency Management set-up, Planning for crisis response: The case of the population contribution, Resilience in a multilevel crisis governance context: A tale of joint implementation of community, regional, national and EU response capabilities, Developing a tool to assess trainees during crisis management training for major risks, Improvement of crisis exercise by the development of scenario design, Recovery of urban socio-technical systems after disaster: The reactive method of planning and implementation, IT contingency planning for cyber disasters, Preparedness of critical infrastructure subjects in energy sector for crisis situations, Motivating factors towards willingness to contribute in collaborative tasks: A crisis cooperation perspective, Competent crisis plan for crisis management of municipalities and complex facilities, Comprehensive approach: An appropriate tool to gain security in the new wars and complex emergencies?, DispAtmo project: A framework for crisis management, On a new regulation for municipal emergency preparedness in Norway, Quantitative risk assessment, Probabilistic analysis for the handling of radioactive material, RAMI and PSA application for efficiency of fusion device, A Total Safety Management framework in the case of a major hazards plant producing pesticides, An approach to assess the safety of automatic dependent surveillance systems, considering aspects of integrity in positional data based on computational simulation, What is a ship? Ship...
