TY - BOOK ID - 146021024 TI - Advances in Modeling and Management of Urban Water Networks AU - Creaco, Enrico AU - Campisano, Alberto PY - 2021 PB - Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute DB - UniCat KW - History of engineering & technology KW - drainage network KW - climate change KW - rehabilitation KW - optimization KW - SWMM KW - drainage networks KW - flooding KW - multi-objective optimization KW - water network partition KW - genetic algorithm KW - hydraulic KW - water quality KW - actions KW - asset management KW - ANN KW - prediction KW - performance KW - water utility KW - water system KW - NSGA-II KW - GIS modeling KW - leakage management KW - urban water network management KW - valve closing algorithm KW - web 2.0 KW - total suspended solids KW - in-situ KW - erosion KW - sedimentation KW - pressure pipe KW - sewage KW - water distribution systems KW - pipe bursts KW - hydraulic transients KW - real-time control KW - machine learning KW - sediment transport model KW - numerical simulation KW - advection-dispersion equation KW - water distribution networks KW - transmission mains KW - pump as turbine KW - energy recovery KW - hydropower KW - multi-objective KW - water consumption KW - chaos theory KW - local approximation KW - Kelowna KW - gene expression programming KW - trapezoidal stretch KW - transition stretch KW - culvert KW - open channel KW - hydraulic factors KW - sewer design KW - stochastic sewer modelling KW - wastewater quality KW - household discharge KW - reduced water consumption KW - flow regime transition KW - finite volume methods KW - numerical oscillations KW - numerical viscosity KW - Preissmann slot model KW - hydraulic simulation KW - water demand KW - emergency scenario KW - intermittent water supply KW - water management KW - WaterGEMS software KW - pressure control KW - leakage reduction strategies KW - water distribution system modeling KW - urban drainage system modeling KW - emergency scenarios KW - leakage KW - demand KW - energy KW - sediment transport KW - drainage network KW - climate change KW - rehabilitation KW - optimization KW - SWMM KW - drainage networks KW - flooding KW - multi-objective optimization KW - water network partition KW - genetic algorithm KW - hydraulic KW - water quality KW - actions KW - asset management KW - ANN KW - prediction KW - performance KW - water utility KW - water system KW - NSGA-II KW - GIS modeling KW - leakage management KW - urban water network management KW - valve closing algorithm KW - web 2.0 KW - total suspended solids KW - in-situ KW - erosion KW - sedimentation KW - pressure pipe KW - sewage KW - water distribution systems KW - pipe bursts KW - hydraulic transients KW - real-time control KW - machine learning KW - sediment transport model KW - numerical simulation KW - advection-dispersion equation KW - water distribution networks KW - transmission mains KW - pump as turbine KW - energy recovery KW - hydropower KW - multi-objective KW - water consumption KW - chaos theory KW - local approximation KW - Kelowna KW - gene expression programming KW - trapezoidal stretch KW - transition stretch KW - culvert KW - open channel KW - hydraulic factors KW - sewer design KW - stochastic sewer modelling KW - wastewater quality KW - household discharge KW - reduced water consumption KW - flow regime transition KW - finite volume methods KW - numerical oscillations KW - numerical viscosity KW - Preissmann slot model KW - hydraulic simulation KW - water demand KW - emergency scenario KW - intermittent water supply KW - water management KW - WaterGEMS software KW - pressure control KW - leakage reduction strategies KW - water distribution system modeling KW - urban drainage system modeling KW - emergency scenarios KW - leakage KW - demand KW - energy KW - sediment transport UR - https://www.unicat.be/uniCat?func=search&query=sysid:146021024 AB - 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. ER -