Water and wastewater network, electric power network, transportation network,
communication network, and information technology network are among the critical …

Critical infrastructure networks such as transportation, telecommunications, electric power,
natural gas and oil, and water distribution rely on one another for their proper functionality …

This paper proposes probabilistic flow-based models for the capacity and demand of critical
infrastructure considering different levels of resolution. The models are set in a probabilistic …

Understanding the impact of disasters to civil infrastructure network will guide strategic pre-
disaster hazard mitigation and post-disaster recovery planning of a community. The facilities …

Multiple threat events may disrupt critical infrastructure functioning, thereby inhibiting the
provision of essential goods and services to affected communities. It is currently unclear how …

The proper functioning of critical infrastructures is crucial to societal well-being. However,
critical infrastructures are not isolated, but instead are tightly coupled, creating a complex …

This paper seeks to define the concept of resiliency as a component importance measure
related to network reliability. Resiliency can be defined as a composite of:(1) the ability of a …

Determining interdependencies and cascading failure modes in critical infrastructures is a
complex problem that is exacerbated further by the diverging characteristics of the …

The prevalence of aging infrastructure and an increase in cascading failures have
highlighted the need to focus on building strong, interdependent infrastructure systems to …

This paper proposes a quantitative approach for measuring the resilience of the network
components and the network itself. This study introduces a conceptual framework featuring …