Modeling the resilience of critical infrastructures (CIs) is broadly viewed as critical to
maintaining the normal condition of CIs as a result of frequent threats that can disrupt safety …

This paper studies the resilient performance of urban rail transit systems by extending a
linear programming optimization model, which can provide optimized commuter flows with …

Recognizing the need for defining and measuring project robustness, the purpose of this
article is threefold. First, it attempts to rigorously define the term “project robustness” based …

Energy systems, eg, power systems and natural gas systems, are increasingly
interdependent, which brings benefits under normal conditions and introduces risks under …

Resilience of energy system is the premise of sustainable economic development. However,
the measurements and determinants of the resilience of energy systems are not well …

This paper constructs an evaluation indicator system for urban resilience in China on four
dimensions—economy, environment, society, and infrastructure. The evaluation indicator is …

Disaster prevention and mitigation (DPM) is one of the responses to extreme climate change
impacts and depends on the adoption of risk adaptation behaviour by rural residents. While …

This paper proposes a more computationally efficient approach for resilience assessment of
rail transit system under disruptions. An improved linear programming model is developed to …

Vehicle mobility generates dynamic and complex patterns that are associated with our day-
to-day activities in cities. To reveal the spatial–temporal complexity of such patterns, digital …

During a disruption, actionable insights generated from real-time data of the disrupted
system can be used to dynamically recalibrate mitigation and recovery responses but there …