Water distribution networks are crucial for supplying consumers with quality and adequate
water. A water distribution system comprises connected hydraulic components which ensure …

Resiliency has been studied in the power and water systems separately. Often the resiliency
study is not so comprehensive as to understand interdependent, integrated water and power …

A major outage in the electricity distribution system may affect the operation of water and
natural gas supply systems, leading to an interruption of multiple services to critical …

Abstract Globally, 1.6 billion people in rural regions face water scarcity. Expanding
freshwater access via brackish groundwater desalination can provide additional resources …

The electric power distribution system (PDS) and the water distribution system (WDS) are
coupled with each other through electricity-driven water facilities (EdWFs), such as pumps …

The vast infrastructure development, gas flow (GF) dynamics, and complex interdependence
of gas with electric power networks call for advanced computational tools. Solving the …

Fluid flow analysis, such as gas flow analysis, water flow analysis, etc., is a fundamental
problem in the integrated energy system (IES). Datasets are significant for researchers to …

In the context of sustainable development and considering water distribution networks
(WDNs) as vital infrastructure systems, designing a resilient and efficient network to deliver …

Online topology estimation of graph-connected time series is challenging in practice,
particularly because the dependencies between the time series in many real-world …

Urban water distribution systems (WDSs) exhibit significant energy potential that is currently
dissipated in the form of excess pressure, either at brake-pressure tanks (BPTs) or pressure …