Abstract Systems models are the mainstream paradigm of accident models. STAMP is one of
the most popular systems models, which has been applied in most industries. Therefore, the …

Recently, researchers have shown a soaring interest in maritime autonomous surface ship
(MASS). The reliable design and risk evaluation of MASS is crucial in order to support its …

Shore control center (SCC) operators of maritime autonomous surface ships (MASS) may be
allocated with complex responsibilities within different degrees of autonomy (DoA), from …

Maritime autonomous surface ships (MASS), presenting the future of maritime transport, are
attracting increasing attention from the international maritime community. The collision risk …

While the concept of smart shipping is expected to shape the future of the maritime industry,
its safety is still a major concern. New risks might emerge when shifting from human …

Effectively addressing safety, security and cyber-security challenges is quintessential for
progressing the development of next generation maritime autonomous shipping. This study …

Maritime characteristics make the progress of automatic operations in ships slow, especially
compared to other means of transportation. This caused a great progressive deal of attention …

This paper is aimed to propose a hybrid accident analysis framework for complex
engineering systems based on methods of the systems theoretic accident model and …

A novel methodology is proposed in this study to investigate the hazards involved in the
engine room fire-fighting system. In the proposed methodology, the fuzzy theory is applied to …

The maritime industry is currently ongoing into a digital transformation to develop cleaner,
safer and smarter transport services. Establishing such services requires identifying and …