| Description |
1 online resource (705 p.) |
| Contents |
Cover -- Half Title -- Title Page -- Copyright Page -- Table of contents -- Preface -- Chapter 1 -- Asset management -- Multi-criteria assessment of optimal upgrading options for water networks -- An aggregated hierarchical Bayesian model for the prediction of pipe failures -- Experiences from the application of CARE-W, Computer Aided Rehabilitation of Water Networks -- Exploiting multi-objective strategies for optimal rehabilitation planning -- Material fatigue due to hydraulic transients in pipelines -- Pipe level burst prediction using EPR and MCS-EPR |
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Planning reconstruction works based on risk analysis -- Risk assessment of water supply interruptions due to mechanical pipe failures -- Static and dynamic effects in prioritizing individual water mains for renewal -- Translation of pipe inspection results into condition rating using theory of evidence -- An efficient multi-objective approach for water pipes renewal -- Chapter 2 -- Planning, monitoring and control -- A multiobjective model for imperfect sensors layout -- Comparison of different methods to evaluate mechanical and hydraulic reliability of water distribution systems |
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Distribution system operation: Impact on transient pressures and water quality variations -- Innovative testing of advanced PLCs of sewage water pumping stations -- Operational and safety analysis of a wastewater pumping system at Lisbon downtown -- Optimal placement of pressure monitors in water supply network with elitist Genetic Algorithm -- WaterSense: Integrating sensor nets with enterprise decision support -- Chapter 3 -- Hydraulic modelling of steady state and transients -- A hydraulic model for water distribution systems incorporating both inertia and leakage |
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A metamodelling approach for water distribution system calibration -- A pressure-driven approach for water distribution system modelling -- A review of the opportunities presented through the application of Computational Fluid Dynamics (CFD) to water management challenges -- Conceptual/System Dynamics Modelling applied for the simulation of complex water systems -- On energy efficiency of water distribution system -- Extended approach for modelling fixed-flow variable speed pumps -- More realistic water distribution network design using pressure-driven demand and leakage |
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Stochastic sampling design for water distribution model calibration -- The effect of pump operation on gas accumulation in pressure mains -- The macroscopic model of water pressure at pressure measurement nodes based on the Partial Least Squares method -- Use of pressure differentials for calibration of the operational Water Distribution System -- Hydraulic transient analysis: From the design stage to real life testing -- Chapter 4 -Water quality and treatment -- A novel modelling approach to predict risk of water quality failures in deteriorating water mains |
| Notes |
Description based upon print version of record |
|
Simulation of bacterial regrowth in water networks by modelling of Pseudomonas fluorescens growth in a batch and lab biofilm reactor |
| Form |
Electronic book
|
| Author |
Vairavamoorthy, Kalanithy
|
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Butler, David
|
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Bounds, Peter L. M
|
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Memon, Fayyaz Ali
|
| ISBN |
9781000116236 |
|
1000116239 |
|
