Risk analysis is of paramount importance in maritime transportation due to the particularly
hazardous nature of the work. While the International Maritime Organization (IMO) has …

As in many other sectors, accidents that lead to deaths, injuries, environmental pollution, or
material damage occur in the maritime sector. Maritime transportation operations, which …

Risk analysis is of paramount importance in maritime transportation due to the nature of
work. The IMO (International Maritime Organization) adopted FSA (Formal Safety …

Ports and offshore terminals are critical infrastructure resources and play key roles in the
transportation of goods and people. With more than 80 percent of international trade by …

Ships are exposed to static risks that stem from the nature of the operation as well as human,
machine, and environmental factors and have a complex and multi-layered system that also …

Seaport operations are characterised by high levels of uncertainty, as a result their risk
evaluation is a very challenging task. Much of the available data associated with the …

The use of risk analysis methods as decision support tools is getting more and more
acceptance to analyze, recover or mitigate potential risks in engineering applications …

Arctic waters have historically been regarded as harsh environments owing to their extreme
weather conditions and remoteness from land. The advantages of shorter sea routes and …

Maritime transport is a risky type of transport due to its nature. As a result of the accidents,
serious consequences that cause death, material damage and environmental pollution …

Risk analysis is regarded as one of the most critical research topics in maritime industry due
to the nature of work. Validation of risk analysis is a significant challenge for safety …