In order to analyse the research evolution and knowledge frontier in the research of marine
accidents, 491 literatures on marine accidents in the Web of Science database from 2000 to …

Accident analysis methods are used to identify contributory factors and the entire cause-
effect process leading to an accident. The safety science literature has emphasized the …

A data-driven Bayesian network model (BN) is used to analyse the relationship between the
severity of marine accidents and relevant Accident Influential Factors (AIFs). Firstly, based …

A data-driven method is proposed to measure the static and dynamic interrelations between
human factors contributing to maritime accidents. The proposed method integrates the …

Human factor plays an important role in sustainable maritime transportation. Human errors
are the leading cause of death or injuries during maritime pilot transfer operations despite …

Human error plays a crucial role in maritime transportation risk analysis, as a significant
percentage of accidents, including collisions, groundings, capsizing, fires, and explosions …

Analyzing the causes of accidents, excavating accident paths, and applying accident
prevention are important tasks in safety management. Focusing on coal and gas outburst …

A comprehensive risk analysis methodology is proposed in the present study to evaluate the
contributory factors and their hierarchical interrelationships involved in maritime transport …

During offshore drilling operations, both human inexperience and fatigue can contribute to
drilling stagnation, overflow, blowout, and other accidents. Despite significant advancements …

Human factors from organizational aspects to unsafe behaviors of the crew on board form a
directed complex network reflecting the evolution of maritime accidents. The present study …