Advances in Modeling and Management of Urban Water Networks

The Special Issue on Advances in Modeling and Management of Urban Water Networks (UWNs) explores four important topics of research in the context of UWNs: asset management, modeling of demand and hydraulics, energy recovery, and pipe burst identification and leakage reduction. In the first topic, th...

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Bibliographic Details
Other Authors: Creaco, Enrico (Editor), Campisano, Alberto (Editor)
Format: Electronic Book Chapter
Language:English
Published: Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute 2021
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DOAB: description of the publication
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100 1 |a Creaco, Enrico  |4 edt 
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700 1 |a Campisano, Alberto  |4 oth 
245 1 0 |a Advances in Modeling and Management of Urban Water Networks 
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520 |a The Special Issue on Advances in Modeling and Management of Urban Water Networks (UWNs) explores four important topics of research in the context of UWNs: asset management, modeling of demand and hydraulics, energy recovery, and pipe burst identification and leakage reduction. In the first topic, the multi-objective optimization of interventions on the network is presented to find trade-off solutions between costs and efficiency. In the second topic, methodologies are presented to simulate and predict demand and to simulate network behavior in emergency scenarios. In the third topic, a methodology is presented for the multi-objective optimization of pump-as-turbine (PAT) installation sites in transmission mains. In the fourth topic, methodologies for pipe burst identification and leakage reduction are presented. As for the urban drainage systems (UDSs), the two explored topics are asset management, with a system upgrade to reduce flooding, and modeling of flow and water quality, with analyses on the transition from surface to pressurized flow, impact of water use reduction on the operation of UDSs, and sediment transport in pressurized pipes. The Special Issue also includes one paper dealing with the hydraulic modeling of an urban river with a complex cross-section. 
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653 |a drainage network 
653 |a climate change 
653 |a rehabilitation 
653 |a optimization 
653 |a SWMM 
653 |a drainage networks 
653 |a flooding 
653 |a multi-objective optimization 
653 |a water network partition 
653 |a genetic algorithm 
653 |a hydraulic 
653 |a water quality 
653 |a actions 
653 |a asset management 
653 |a ANN 
653 |a prediction 
653 |a performance 
653 |a water utility 
653 |a water system 
653 |a NSGA-II 
653 |a GIS modeling 
653 |a leakage management 
653 |a urban water network management 
653 |a valve closing algorithm 
653 |a web 2.0 
653 |a total suspended solids 
653 |a in-situ 
653 |a erosion 
653 |a sedimentation 
653 |a pressure pipe 
653 |a sewage 
653 |a water distribution systems 
653 |a pipe bursts 
653 |a hydraulic transients 
653 |a real-time control 
653 |a machine learning 
653 |a sediment transport model 
653 |a numerical simulation 
653 |a advection-dispersion equation 
653 |a water distribution networks 
653 |a transmission mains 
653 |a pump as turbine 
653 |a energy recovery 
653 |a hydropower 
653 |a multi-objective 
653 |a water consumption 
653 |a chaos theory 
653 |a local approximation 
653 |a Kelowna 
653 |a gene expression programming 
653 |a trapezoidal stretch 
653 |a transition stretch 
653 |a culvert 
653 |a open channel 
653 |a hydraulic factors 
653 |a sewer design 
653 |a stochastic sewer modelling 
653 |a wastewater quality 
653 |a household discharge 
653 |a reduced water consumption 
653 |a flow regime transition 
653 |a finite volume methods 
653 |a numerical oscillations 
653 |a numerical viscosity 
653 |a Preissmann slot model 
653 |a hydraulic simulation 
653 |a water demand 
653 |a emergency scenario 
653 |a intermittent water supply 
653 |a water management 
653 |a WaterGEMS software 
653 |a pressure control 
653 |a leakage reduction strategies 
653 |a water distribution system modeling 
653 |a urban drainage system modeling 
653 |a emergency scenarios 
653 |a leakage 
653 |a demand 
653 |a energy 
653 |a sediment transport 
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