Energy systems are regularly subject to major disruptions affecting economic activities,
operation of infrastructure and the society as a whole. Resilience assessment comprises the …

Resilience is the ability of a system to react to and recover from disturbances with minimal
effect on its dynamic stability. While resilience has been the focus of research in several …

Abstract Theory, methodology, and applications of risk analysis contribute to the
quantification and management of resilience. For risk analysis, numerous complementary …

Resilience is essential to ensure safe and sustainable process operations. It plays a critical
role in enabling operations in the remote and extreme environments encountered during …

In natural hazard engineering, fragility curves are used to determine the likelihood of
damage to an engineered system under different magnitudes of hazard intensity. Analogous …

The human factor of critical infrastructure systems (CISs), which refers to the impact of
various human characteristics on system operations and management, is a significant …

As researchers collect large amounts of data in the social sciences through household
surveys, challenges may arise in how best to analyze such datasets, especially where …

Unscheduled maintenance can contribute significantly to an airline's cost outlay. Reliability
analysis can help to identify and plan for maintenance events. Reliability analysis in industry …

Resilience is a performance measure representing both the capability of a system to survive
a disruptive event and the ability of rapidly restoring the operational status recovering the …

The recovery of infrastructure systems is of significant concern; in order to have effective risk
management planning, an accurate prediction of the recovery time is required. A system …