Urban drainage networks (UDNs) represent important infrastructures to protect and maintain
community health and safety. For these reasons, technicians and researcher are focusing …

The analysis of urban drainage networks (UDNs) is one of the most important topics in the
study of water systems. The interest in strategies aimed at analyzing the impacts of sewer …

Abstract Complex Network Theory (CNT) studies theoretical and physical systems as
networks, considering their features deriving from the internal connectivity between …

The network connectivity structure of water distribution systems (WDSs) represents the
domain where hydraulic processes occur, driving the emerging behavior of such systems …

To mitigate urban drainage network pressures and seek sustainable solutions, novel tools
like graph theory are presently being studied. This paper presents a systematic literature …

The number of catastrophic events such as extreme rainfalls and hurricanes has been
growing. These events pose a major threat to the life safety and economic prosperity of …

Performance of networked systems greatly depends on their topologic or connectivity
structure. Nowadays, the analysis of the relevant features influencing the emerging behavior …

Graph theory (GT) and complex network theory play an increasingly important role in the
design, operation, and management of water distribution networks (WDNs) and these tasks …

Abstract Complex Network Theory (CNT) studies network models and centrality metrics to
deal with reliability/vulnerability assessment in networked systems. Classic CNT analyses …

Enhancing resilience of drainage networks is a crucial practice to protect both humans and
nature. One way to enhance resilience is to identify critical parts of drainage networks for …