The paper presents a systematic review of the research advancements on the resilience of
urban metro systems from the perspective of earthquake engineering. The review covers the …

The complexity and resilience of urban public transit network (PTN) are the interdisciplinary
study area between transportation engineering and system science, which is a good …

Abstract The Mass Transit Railway (MTR) serves as the backbone of the Hong Kong public
transportation network and continues to be expanded in phases. Nevertheless, occasional …

Selecting a rational project portfolio is a key step in achieving the strategic goals of an
enterprise. However, the selection is challenging due to complicated relationships in the …

Metro systems are critical public transport elements in several metropolitan areas around the
world. Unexpected disruptions may undermine service provision of metro systems, and thus …

For metro systems in over-crowded conditions, when an unexpected disturbance occurs, the
operation of trains might be disturbed due to the high frequency and density of the metro …

At metro stations with very large passenger volumes and severe congestion, random
disturbances often occur, resulting in the original offline optimal timetable no longer …

To study the topological complexity of urban rail transit (URT) networks with the multi-line
transfer stations from different perspectives, Shenzhen Metro (SZM) is taken as an example …

Metro lines emerged and developed in cities driven by various factors, and resulted in
different structures as we see today. How do metro lines grow as a system? The …

Metro network disruptions caused by accidents or maintenance can significantly impact its
serviceability. Traditionally, graph theory and complex network methods are utilized to …