The human failure event (HFE) is the element of interest for human reliability analysis (HRA).
However, the process of identifying and characterizing HFEs varies significantly between …

This paper presents the Probabilistic Risk Assessment (PRA) developed for crucial
components of the SPES (Selective Production of Exotic Species) nuclear facility, a research …

Over the years, many state-of-the-art technologies have reinforced safety in the high-speed
railway driving process. However, the accident rate has not dropped significantly with the …

The paper provides an introduction to the concept of Probabilistic Safety Assessment, an
evaluation of its recent developments, and perspectives on the future research directions in …

Human reliability analysis (HRA) identifies the causal factors impacting the occurrence of
human failure events and quantifies the human failure event probabilities based on those …

For groups in extreme environments, their reliability requirements in complex operational
systems are high due to isolation from society, physical constraints for extended periods of …

1. ABSTRACT Human Failure Events (HFEs) are complex, multi-layer events culminating
with a human-machine team's failure to complete a plant objective. HFEs can be further …

The history of incidents involving nuclear power plants underscores the imperative for robust
consequence assessment and countermeasure plans. Additionally, the recent energy crisis …

Multi-unit probabilistic safety assessment (PSA) projects targeting nuclear power plants are
focusing on the risk of multi-unit sites as an expansion from single unit PSA projects. The …

Highway-rail grade crossings (HRGCs) are considered the most dangerous part of the
transportation network. Current research focuses on assessing the risk of HRGCs to assist …