Abstract Issues related to Human Factors have emerged as the prolific cause for a multitude
of offshore incidents. This has led to an increased emphasis on studying and quantifying …

This paper presents a comparison of four common Human Reliability Assessment (HRA)
models through a scoping literature review and sensitivity analysis. The scoping literature …

The increasing level of automation and complexity in the automotive industry has led to the
establishment of a work environment, where human machine interface and human reliability …

Performance shaping factors (PSFs) describe the influence of given contexts on human
performance and are used to quantify human error probabilities (HEPs). HEPs are …

Human reliability analysis (HRA) still heavily relies on expert judgments to generate
reliability data. There exists a widely recognized need to validate and justify the reliability …

Dependence assessment is an important task in human reliability analysis (HRA). The
dependences in HRA include three categories, dependences between human failure events …

Due to the complex and changeable contextual environment, the human factor risk of the
manned deep submergence operating system shows dynamic characteristics. Compared …

Despite recent efforts toward data collection for supporting human reliability analysis, there
remains a lack of empirical basis in determining the effects of performance shaping factors …

For probabilistically assessing the risks of nuclear power plants, human reliability analyses
(HRAs) have been conducted to systematically predict human error probabilities (HEPs) of …

Recently, several kinds of databases have been constructed and analyzed to support
human reliability analyses. Based on these, some researchers have attempted to model the …