With the development of integrated and intelligent transportation systems, the stability and
security of system performance are highly emphasized. Resilience and vulnerability are …

Complex network theory is a multidisciplinary research direction of complexity science which
has experienced a rapid surge of interest over the last two decades. Its applications in land …

This paper presents a general framework to assess the resilience of large and complex
metro networks by quantitatively analyzing its vulnerability and recovery rapidity within …

Rail transit network (RTN) has become the core of urban public transport system. Because
RTN's topological structure has become complicated with its scale, the phenomenon of …

In terms of urban rail transit network vulnerability, most studies have focused on the changes
of network topology and functional characteristics under disruptive events while ignoring the …

Urban metro systems are subject to recurring service disruption for various reasons, such as
mechanical or electrical failure, adverse weather, or other accidents. In recent years, studies …

Urban rail transit supports the development of megacities, while changes in urban spatial
structure affect the structure of urban rail transit networks and the carbon emissions of …

As the urban rail transit (URT) system plays an increasingly important role in supporting
large cities' mobility around the world, service disruptions have become more prevalent …

The well-functioning of our transportation systems is essential for ensuring the mobility of
people and goods. According to the Sustainable Developmental Goals (SDG) adopted by …

Rural transportation networks are highly susceptible to geohazards such as earthquakes
and landslides. Indirect losses can be severe because the breakdown of a transportation …