In maritime transport, evacuation, escape and rescue play a crucial role in protecting
people's lives when a passenger ship is involved in a serious accident. The study aims to …

Due to the constraints of various factors influencing human evacuation on board, it remains
a challenging problem to accurately quantify the impact of these factors on the evacuation …

It is vital to effectively quantify the human movement parameters in rolling ships to save lives
in maritime emergency and/or accidents. This study aims to develop a new two-layer social …

Accidents involving passenger ships present unique and considerable challenges for
evacuation and rescue, posing significant risks to life and property. However, existing …

Three-dimensional modelling software tools enable the creation of a digital replica of the
product—“Digital Twin”—a representative of “Virtual Reality” as one of the prominent trends …

To address the issue of precisely quantifying ship collision risk and identifying collision
hotspots in complex waters, this study proposed a regional ship collision risk assessment …

The emergency scenarios of passenger ships are reproduced unrealistically by evacuation
drills due to cost and safety limitations, and model simulation is an effective alternative …

To manage and control ship collision risk, this paper aims to develop a quantitative risk
analysis approach based on complex networks and Decision-making Trial and Evaluation …

As the receiving terminal of liquefied natural gas (LNG), the efficient emergency response of
the floating storage and regasification unit (FSRU) is crucial to ensure the safety of LNG …

Marine systems design methodology is continuously evolving. On a strategic level, we have
seen four major evolutionary tracks emerging from the sequential, iterative process captured …