Organizational factors, as literature indicates, are significant contributors to risk in high-
consequence industries. Therefore, building a theoretical framework equipped with reliable …

Emergent safety concerns often involve complex spatiotemporal phenomena. In addressing
these concerns, the classical Probabilistic Risk Assessment (PRA) of Nuclear Power Plants …

Nearly half of the US nuclear power plants (NPPs) are in the process of transitioning, or
have already transitioned, to a risk-informed, performance-based fire protection program …

Abstract Probabilistic Risk Assessment (PRA) used in Nuclear Power Plants serves as a
pillar of the US Nuclear Regulatory Commission's Risk-Informed Regulatory framework, and …

Probabilistic Risk Assessment (PRA) is an effective tool for estimating risk from interactions
of equipment failure and human error. Human Reliability Analysis (HRA) focuses on …

Many catastrophic accidents have organizational factors as key contributors; however,
current generations of Probabilistic Risk Assessment (PRA) do not include a comprehensive …

This paper reports on the status of on-going research regarding the development of a Spatio-
Temporal Socio-Technical Risk Analysis (ST-SoTeRiA) methodology for Emergency …

In Probabilistic Risk Assessment (PRA), the temporal dimension has been improved, and is
currently being explicitly considered in simulation-based techniques. However, the spatial …

Organizational and social factors remain elusive and latent contributors to incidents and
accidents in high-consequence industries, such as nuclear power, aviation, oil and gas, and …