This paper provides a comprehensive overview of the literature on transportation
infrastructure system performance in disasters. Specifically, it reviews those articles …

The COVID-19 pandemic strongly affected mobility around the world. Public transport was
particularly hindered, since people may perceive it as unsafe and decide to avoid it …

The long-term reliability and functioning of transportation systems will increasingly need to
consider and plan for climate change and extreme weather events. Transportation systems …

Traffic evaporation–ie the opposite of induced traffic–is acknowledged as a well-established
phenomenon which presents important implications for local urbanism and mobility policies …

Travel decisions may be very stable in a familiar environment. Major network disruptions
such as the I-35W bridge collapse disrupt habitual behavior. Such “natural” experiments …

This paper presents the results of a research project aimed at examining the capabilities and
challenges of two distinct but not mutually exclusive approaches to in-service bridge …

A bi-level, three-stage Stochastic Mathematical Program with Equilibrium Constraints
(SMPEC) is proposed for quantifying and optimizing travel time resilience in roadway …

Fatigue cracks in bridges are inspected visually by specialized bridge inspection
professionals. Bridge inspectors conduct inspections in a limited amount of time, and at …

We present an approach to systematically analysing the vulnerability of road networks under
disruptions covering extended areas. Since various kinds of events including floods, heavy …

While early research efforts were devoted to the protection of systems against disruptive
events, be they malevolent attacks, man-made accidents, or natural disasters, recent …