The vulnerability of the road transportation networks' infrastructures worldwide that can
adversely be affected by the extreme weather conditions needs comprehensive assessment …

After recent large earthquakes, field investigations confirmed that several bridges were
severely damaged and collapsed not only due to the earthquake, as an independent …

This paper proposes a probabilistic framework for evaluating the seismic resilience of
transportation systems during emergency medical response. The framework computes total …

Characterizing the interdependencies among highly interconnected critical infrastructure
systems with adequate details is critical in devising cost-effective resilience improvement …

To develop disaster mitigation measures in coastal regions affected by earthquakes, it is
important to consider the effects of both seismic and tsunami hazards on road structures and …

Bridges are critical to ensuring access to all parts of the transportation network, and they are
also the most vulnerable infrastructures. This study proposes a multi-level vulnerability …

Transportation network is of vital importance for city maintaining and reconstruction
especially after extreme events. Decisions on the restoration plan of transportation network …

Devising effective post-hazard recovery strategies is critical in enhancing the resilience of
transportation networks (TNs). However, existing work does not consider the multiclass …

Rapid seismic fragility analysis of regular bridges is necessary for the increasingly utilized
regional seismic risk assessment, which is usually difficult using numerical methods owing …

Rural traffic systems have a sparse number of roads and bridges. Under the action of an
earthquake, the damage to bridges in the “road-bridge” transportation network (r-bTN) …