This chapter describes the implementation process of the F-N curve, which makes possible to represent the societal risk and subsequently verify its acceptance with respect to the ALARP criterion. The F-N curve is evaluated starting from the frequencies of occurrence of the accidental events and the number of fatalities determined by each accidental scenario
A: evacuation rates for each of the four earthquakes plotted against seismic intensities for all aff...
Landslide Risk Evaluation (LREv) is a decision-making process for Landslide Risk Analysis (LRAn) res...
Potential hazards exist in almost all workplaces. The existence of these hazards can result in accid...
This chapter describes the implementation process of the F-N curve, which makes possible to represen...
Group risk is usually represented by FN-curves showing the frequency of different accident sizes for...
The deaths of accident occurring in land hazardous material transport (rail and road) is a scale sta...
This study aims to compare the thoracic injury risk predicted by a modified THUMS with the risks pre...
Strong European earthquakes have showed that RC buildings structural performance have always a cruci...
It has proved to be difficult to use information regarding societal risk in physical planning around...
As a function of fragility curves in earthquake engineering, the assessment of the probability of ex...
A mathematical model was developed for managing magnitude and risk factors of injuries in a manufact...
In August 2005, Hurricane Katrina caused massive flooding in the city of New Orleans. Eighty-percent...
A body of empirical evidence has shown that many managers would welcome new ways of highlighting cat...
A mathematical model was developed for managing magnitude and risk factors of injuries in a manufact...
Responsible organizations monitor events that do or could injure their workers, or members of the pu...
A: evacuation rates for each of the four earthquakes plotted against seismic intensities for all aff...
Landslide Risk Evaluation (LREv) is a decision-making process for Landslide Risk Analysis (LRAn) res...
Potential hazards exist in almost all workplaces. The existence of these hazards can result in accid...
This chapter describes the implementation process of the F-N curve, which makes possible to represen...
Group risk is usually represented by FN-curves showing the frequency of different accident sizes for...
The deaths of accident occurring in land hazardous material transport (rail and road) is a scale sta...
This study aims to compare the thoracic injury risk predicted by a modified THUMS with the risks pre...
Strong European earthquakes have showed that RC buildings structural performance have always a cruci...
It has proved to be difficult to use information regarding societal risk in physical planning around...
As a function of fragility curves in earthquake engineering, the assessment of the probability of ex...
A mathematical model was developed for managing magnitude and risk factors of injuries in a manufact...
In August 2005, Hurricane Katrina caused massive flooding in the city of New Orleans. Eighty-percent...
A body of empirical evidence has shown that many managers would welcome new ways of highlighting cat...
A mathematical model was developed for managing magnitude and risk factors of injuries in a manufact...
Responsible organizations monitor events that do or could injure their workers, or members of the pu...
A: evacuation rates for each of the four earthquakes plotted against seismic intensities for all aff...
Landslide Risk Evaluation (LREv) is a decision-making process for Landslide Risk Analysis (LRAn) res...
Potential hazards exist in almost all workplaces. The existence of these hazards can result in accid...
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