Identification of critical components in transportation networks is an essential part of
designing robust and resilient systems. Topological criticality measures are based on graph …

Due to the lack of ground truth on the link criticality rankings of transportation networks, it is
not possible to identify the most accurate metric. While several studies provide reviews of the …

Maintaining safety and resilience in transportation system requires identification of critical
components. The existing transportation link criticality metrics typically require multiple traffic …

A fundamental and important step for safety analysis for an urban transportation system is to
find its critical links. However, most approaches in the current literature focused on highway …

Criticality serves as a foundational concept in the evaluation of the impact of disruptive
events on the operation of road networks supporting the identification of road links whose …

This article aims to develop a new link criticality indictor based on the network capacity
concept of a multimodal transportation network. Model formulation and solution algorithm …

In this paper, we propose a transportation network efficiency measure that can be used to
assess the performance of a transportation network and which differs from other proposed …

Resilient road networks ensure that transportation systems can withstand and return to
normal performance fast after disruptions. Ensuring a better network structure for the system …

Transport network criticality analysis aims at ranking transport infrastructure elements based
on their contribution to the performance of the overall infrastructure network. Despite the …

Highway planning efforts, especially those involving capacity expansions, have traditionally
relied on the volume/capacity (V/C) ratio to identify “highly congested” or critical links …