Industrial networks, and more particularly, industrial control systems (ICSs) and industrial
Internet of things (IIoT), are no longer isolated environments. The rapid increase of functional …

The quest to answer the longstanding question of how safe is safe enough has led to an
evolution of design philosophies. The traditional philosophy has been based on ensuring …

Societal growth thrives on the performance of critical infrastructure systems such as water
supply systems, transportation networks or electrical distribution systems. This makes the …

Power outages due to cascading failures which are triggered by extreme weather pose an
increasing risk to modern societies and draw attention to an emerging need for power …

The concept of Resilience is gaining an increasing importance in industrial systems, service
networks and supply chains, as it extends traditional risk assessment methods by capturing …

Efficient propagation of imprecise probability models is one of the most important, yet
challenging tasks, for uncertainty quantification in many areas and engineering practices …

Civil structures and infrastructures are often subjected by design to the impacts of natural
and human-caused hazardous events, and accordingly may suffer from damages …

Complex systems, such as infrastructure networks, industrial plants and jet engines, are of
paramount importance to modern societies. However, these systems are subject to a variety …

Based upon a novel control-based dynamic modeling framework, this paper proposes two
new indicators, ie, resilience by mitigation and resilience by recovery, for the resilience …

The growing impact of weather-related power outages on economy and society in the last
decades underlines the rising need for power system resilience. Power system resilience …