Engineering infrastructure incorporate complex systems, hazardous materials and often
operated by human beings, making them prone to catastrophic accidents. Continuously …

Risk assessment methods have been widely used in various industries, and they play a
significant role in improving the safety performance of systems. However, the outcomes of …

This is an obvious fact that a significant number of accidents happening each year are due
to the failure of aircraft systems' components. To manage this risk, Failure Mode and Effects …

The risk matrix is an essential and powerful tool for identifying and assessing hazards to
improve the safety performance of a company. Therefore, the parameters of a risk factor …

Quantitative risk assessment (QRA) approaches systematically evaluate the likelihood,
impacts, and risk of adverse events. QRA using fault tree analysis (FTA) is based on the …

Critical technological systems exhibit complex dynamic characteristics such as time-
dependent behavior, functional dependencies among events, sequencing and priority of …

Third-party damage is an important factor leading to subsea pipelines failure, and risk
analysis an efficient approach to mitigate and control such events. However, available crisp …

Laboratory safety has been widely concerned, but fire, explosion, poisoning and other
accidents occur from time to time. Among them, the proportion of safety accidents, casualties …

Battery transportation and storage is an important part in the whole lifespan of batteries. It's
significant to make a way to assess the fire risk of batteries during transportation and storage …

Failure mode effects and criticality analysis (FMECA) is widely used, by developing a Risk
Priority Number (RPN), to identify the failure modes and to prioritize them. But this has been …