This paper summarises the advanced techniques adopted for the analysis of human and
organizational factors, which are the predominant factors in maritime accidents, and the …

Risk analysis for autonomous underwater vehicles (AUVs) is essential to assist decision
making for safer operations. This study aims to provide a systematic review of risk analysis …

Accident causation models mainly answer the following two questions:(ⅰ) why does an
accident occur, and (ⅱ) how does it occur? These models are the most important theoretical …

The Bayesian network (BN) is a powerful model for probabilistic knowledge representation
and inference and is increasingly used in the field of reliability evaluation. This paper …

Human reliability analysis (HRA) is a systematic technique to assess human systematic risk,
and has been widely used in various industries for enhancing the safety and reliability of …

Hazardous chemical accidents pose a severe threat to human and economic activities. To
explore the causes and paths of hazardous chemical explosion accidents (HCEAs) in China …

Offshore wind farms (OWFs) are relatively new installations at sea. Accident records related
to vessel collisions with OWFs are insufficient to support a full quantitative risk analysis using …

Human reliability analysis (HRA) has drawn increasing attention from both academic and
industry sectors to proactively enhance system safety in recent decades. HRA mainly …

Quantitative risk assessment (QRA) has played an effective role in improving safety of
process systems during the last decades. However, QRA conventional techniques such as …

Human reliability assessment is vital for most critical shipboard operations such as cargo
loading, discharging, purging, gas freeing, etc. on chemical tanker ships since the nature of …