Post-disruption restoration of critical infrastructures (CIs) often faces uncertainties associated
with the required repair tasks and the related transportation network. However, such …

The planning of post-disruption restoration in critical infrastructure systems often relies on
deterministic assumptions such as complete information on resources and known duration …

Disruptions on critical infrastructure systems (CISs) might affect their normal operation and
cause severe social and economic impact. The rapid recovery of post-disaster CISs is …

Critical infrastructure networks (CINs), such as power grids, water distribution systems, and
telecommunication networks, are essential for the functioning of society and the economy …

Reliable and safe critical infrastructures are crucial for the sustainability of modern societies.
To cope with increasing disruptive events such as man-made and natural disasters attacking …

With the growth of complexity and extent, large scale interconnected network systems, eg,
transportation networks or infrastructure networks, become more vulnerable to external …

Pre-disaster planning and post-disaster scheduling are common strategies to increase the
resilience of critical infrastructure. In this paper, we propose a new two-stage stochastic …

Recovery from major disasters is generally divided into an emergency recovery phase
(ERP) and a comprehensive recovery phase (CRP). The ERP has multiple difficulties and …

This paper focuses on the planning and scheduling of restoration efforts provided by
infrastructure networks in the aftermath of disruptive events. Two mathematical formulations …

The presented methodology results in an optimal portfolio of resilience‐oriented resource
allocation under weather‐related risks. The pre‐event mitigations improve the capacity of …