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ISBN10: 0071342133 | ISBN13: 9780071342131

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Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product. Detailed coverage of the latest methods, materials, techniques, and tools for water distribution systems All-in-one, state-of-the-art guide to safe drinking water Civil engineers and anyone else involved in any way with the design, analysis, operation, maintenance or rehabilitation of water distribution systems will find practical guidance in Water Distribution Systems Handbook. Experts selected by Handbook editor Larry W. Mays provide historical, present day, and future perspectives, as well as state-of-the-art details previously available only in specialized journals. You get a comprehensively detailed exploration of every facet of the hydraulics of pressurized flow; piping design and pipeline systems; storage issues; reliability analysis and distribution, and more. Detailed information on the latest technology contributions and on enhancements to the EPANETmodel are included. You'll also find case studies that range from the small municipal systems found in every U.S. town, to large systems common to great urban centers like New York, London and Paris.
CONTRIBUTORSPREFACEACKNOWLEDGMENTSChapter 1: IntroductionChapter 2: Hydraulics of Pressurized FlowChapter 3: System Design: An OverviewChapter 4: Hydraulics of Water Distribution SystemsChapter 5: Pump System Hydraulic DesignChapter 6: Hydraulic Transient Design for Pipeline SystemsChapter 7: Optimal Design of Water DistributionChapter 8: Water-Quality Aspects of Construction and OperationsChapter 9: Water QualityChapter 10: Hydraulic Design of Water Distribution Storage TanksChapter 11: Quality of Water in StorageChapter 12: Computer Models/EpanetChapter 13: Water Quality Modeling--Case StudiesChapter 14: Calibration of Hydraulic Network ModelsChapter 15: Operation of Water Distribution SystemsChapter 16: Optimization Models for OperationsChapter 17: Maintenance and Rehabilitation/ReplacementChapter 18: Reliability Analysis for DesignINDEX
ACKNOWLEDGMENTSChapter 1: IntroductionChapter 2: Hydraulics of Pressurized FlowChapter 3: System Design: An OverviewChapter 4: Hydraulics of Water Distribution SystemsChapter 5: Pump System Hydraulic DesignChapter 6: Hydraulic Transient Design for Pipeline SystemsChapter 7: Optimal Design of Water DistributionChapter 8: Water-Quality Aspects of Construction and OperationsChapter 9: Water QualityChapter 10: Hydraulic Design of Water Distribution Storage TanksChapter 11: Quality of Water in StorageChapter 12: Computer Models/EpanetChapter 13: Water Quality Modeling--Case StudiesChapter 14: Calibration of Hydraulic Network ModelsChapter 15: Operation of Water Distribution SystemsChapter 16: Optimization Models for OperationsChapter 17: Maintenance and Rehabilitation/ReplacementChapter 18: Reliability Analysis for DesignINDEX
Chapter 2: Hydraulics of Pressurized FlowChapter 3: System Design: An OverviewChapter 4: Hydraulics of Water Distribution SystemsChapter 5: Pump System Hydraulic DesignChapter 6: Hydraulic Transient Design for Pipeline SystemsChapter 7: Optimal Design of Water DistributionChapter 8: Water-Quality Aspects of Construction and OperationsChapter 9: Water QualityChapter 10: Hydraulic Design of Water Distribution Storage TanksChapter 11: Quality of Water in StorageChapter 12: Computer Models/EpanetChapter 13: Water Quality Modeling--Case StudiesChapter 14: Calibration of Hydraulic Network ModelsChapter 15: Operation of Water Distribution SystemsChapter 16: Optimization Models for OperationsChapter 17: Maintenance and Rehabilitation/ReplacementChapter 18: Reliability Analysis for DesignINDEX
Chapter 4: Hydraulics of Water Distribution SystemsChapter 5: Pump System Hydraulic DesignChapter 6: Hydraulic Transient Design for Pipeline SystemsChapter 7: Optimal Design of Water DistributionChapter 8: Water-Quality Aspects of Construction and OperationsChapter 9: Water QualityChapter 10: Hydraulic Design of Water Distribution Storage TanksChapter 11: Quality of Water in StorageChapter 12: Computer Models/EpanetChapter 13: Water Quality Modeling--Case StudiesChapter 14: Calibration of Hydraulic Network ModelsChapter 15: Operation of Water Distribution SystemsChapter 16: Optimization Models for OperationsChapter 17: Maintenance and Rehabilitation/ReplacementChapter 18: Reliability Analysis for DesignINDEX
Chapter 6: Hydraulic Transient Design for Pipeline SystemsChapter 7: Optimal Design of Water DistributionChapter 8: Water-Quality Aspects of Construction and OperationsChapter 9: Water QualityChapter 10: Hydraulic Design of Water Distribution Storage TanksChapter 11: Quality of Water in StorageChapter 12: Computer Models/EpanetChapter 13: Water Quality Modeling--Case StudiesChapter 14: Calibration of Hydraulic Network ModelsChapter 15: Operation of Water Distribution SystemsChapter 16: Optimization Models for OperationsChapter 17: Maintenance and Rehabilitation/ReplacementChapter 18: Reliability Analysis for DesignINDEX
Chapter 8: Water-Quality Aspects of Construction and OperationsChapter 9: Water QualityChapter 10: Hydraulic Design of Water Distribution Storage TanksChapter 11: Quality of Water in StorageChapter 12: Computer Models/EpanetChapter 13: Water Quality Modeling--Case StudiesChapter 14: Calibration of Hydraulic Network ModelsChapter 15: Operation of Water Distribution SystemsChapter 16: Optimization Models for OperationsChapter 17: Maintenance and Rehabilitation/ReplacementChapter 18: Reliability Analysis for DesignINDEX
Chapter 10: Hydraulic Design of Water Distribution Storage TanksChapter 11: Quality of Water in StorageChapter 12: Computer Models/EpanetChapter 13: Water Quality Modeling--Case StudiesChapter 14: Calibration of Hydraulic Network ModelsChapter 15: Operation of Water Distribution SystemsChapter 16: Optimization Models for OperationsChapter 17: Maintenance and Rehabilitation/ReplacementChapter 18: Reliability Analysis for DesignINDEX
Chapter 12: Computer Models/EpanetChapter 13: Water Quality Modeling--Case StudiesChapter 14: Calibration of Hydraulic Network ModelsChapter 15: Operation of Water Distribution SystemsChapter 16: Optimization Models for OperationsChapter 17: Maintenance and Rehabilitation/ReplacementChapter 18: Reliability Analysis for DesignINDEX
Chapter 14: Calibration of Hydraulic Network ModelsChapter 15: Operation of Water Distribution SystemsChapter 16: Optimization Models for OperationsChapter 17: Maintenance and Rehabilitation/ReplacementChapter 18: Reliability Analysis for DesignINDEX
Chapter 16: Optimization Models for OperationsChapter 17: Maintenance and Rehabilitation/ReplacementChapter 18: Reliability Analysis for DesignINDEX
Chapter 18: Reliability Analysis for DesignINDEX
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