Transportation infrastructure plays an important role in supporting the national economy and
social well-being. Extreme events have caused terrible physical damages to the …

The grid of the future will have a higher penetration of grid edge devices that enable
increased automation and grid edge intelligence. The current grid models do not account for …

Critical infrastructure networks such as electric power, water distribution, natural gas,
transportation and telecommunications are the backbone of modern societies as they …

Critical infrastructure systems are becoming increasingly interdependent, which can
exacerbate the impacts of disruptive events through cascading failures, hindered asset …

Determination of inspection and maintenance policies for minimizing long-term risks and
costs in deteriorating engineering environments constitutes a complex optimization problem …

Owing to the pervasive interdependency among networks and the great threat of various
disasters, one of the most challenging issues is the resilience evaluation of interdependent …

Risk and resilience analysis research has favored simpler models such as topological
connectivity and maximum flow algorithm to model infrastructure performance. However …

Critical infrastructure systems are highly interconnected and mutually dependent for smooth
functioning. Such interdependencies contribute to operational efficiency but may also …

This paper proposes a novel adaptive robust optimization (ARO)-based mathematical
framework for resilience enhancement of interdependent critical infrastructure (CI) systems …

The prevalence of cascading failures is growing as infrastructure becomes more
interdependent and climate change exacerbates more extreme hazards. After such events …