Transportation infrastructure plays an important role in supporting the national economy and
social well-being. Extreme events have caused terrible physical damages to the …

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

This paper proposes a new data-driven impact area vulnerability analysis approach that
considers both the probability of impact of incidents and their resulting effects on an impact …

The public transport system (PTS) consists of different types of transport subsystems, such
as high-speed rail (HSR), air transport (AT), conventional railway, expressway and waterway …

Major and minor disturbances can have a considerable impact on the performance of road
networks. In this respect, resilience is considered as the ability of a road section to resist and …

It is computationally expensive to find out where vulnerable parts in a network are. In
literature a variety of methods were introduced that use simple indicators (measured in real …

There is a growing awareness that road networks, are becoming more and more vulnerable
to unforeseen disturbances like incidents and that measures need to be taken in order to …

This paper introduces a methodology to assess the level of vulnerability of road transport
networks. A new technique based on fuzzy logic and exhaustive search optimisation is used …

This paper examines the optimal location and allocation of relief trains (RTs) to enhance the
resilience level of the rail network. Unlike probabilistic approaches, the priority of demand is …

Critical links have the characteristics of carrying large traffic flow and quickly affecting the
operational performance of the road network. Existing regional traffic congestion …