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 …

The expansion of water distribution networks is nowadays essential to meet the pressing
population growth in many cities worldwide. With the subsequent increase in water demand …

Modeling transient flow in networked dynamical systems characterized by hyperbolic partial
differential equations (PDEs) is essential to engineering applications. Solutions of …

In any nonlinear system as complex as an urban rail transit network or metrorail network,
some incidence of perturbations of its state is inevitable. These perturbations, such as …

[EN] Novel methods for detecting and localising leaks in water distribution networks are
being increasingly investigated as water utilities face unprecedented financial and …

Given the growth of urban population, water distribution networks (WDNs) are stressed and
may lose hydraulic performance while supplying citizens. WDNs should be modified by civil …

Abstract Water Distribution Networks (WDNs) are spatially organized infrastructures, whose
hydraulic behavior greatly depends on their connectivity properties, ie, the topological …

Abstract According to the United Nation's Department of Economic and Social Affairs
Population Division, 66% of the world's population will reside in urban areas by 2050; a …

In the last few years, water utilities have recognized the importance of evaluating the safety
of water distribution networks from the potential risks of contamination, arising from failures …

The growth of urban areas and their resource consumption presents a significant global
challenge. Existing utility resource supply systems are unresponsive, unreliable and costly …