In the past decade, urban pluvial flood-induced impacts on road traffic have been studied in
the context of global climate change and rapid urbanization. The main objective of this paper …

Traffic congestion occurs daily but the transportation network still functions to meet people's
travel needs. We propose that a road meets operation requirements as long as the quality of …

Modeling the effect of extreme events on multiple interdependent critical infrastructure
systems (CIS) simultaneously is essential for improving their resilience. To uncover CIS …

Abstract System-wide functionality failure emerges when a collection of components
collapse simultaneously. Aiming to detect the early warning of the rapid critical facilities …

Extreme events disrupt routine mobility patterns and affect citizens' daily lives. Current
disaster resilience measurements often rely on static proxies or topological analyses, failing …

This paper examines communities' accessibility to critical facilities such as hospitals,
emergency medical services, and emergency shelters when facing flooding. We use travel …

Urban flooding disrupts traffic networks, affecting mobility and disrupting residents' access.
Flooding events are predicted to increase due to climate change; therefore, understanding …

We present a latent characteristic in socio-spatial networks, hazard-exposure heterophily, to
capture the extent to which populations with dissimilar hazard exposure could assist each …

The ability to proactively monitor the trajectory of post-disaster recovery is valuable for
resource allocation prioritization. Existing knowledge, however, lacks models and insights …

River flooding is a profound climate hazard in Europe and a threat to its road transport
infrastructure. However, its impact on road network interruptions is mostly unexplored, while …