TY  - BOOK
AU  - Wurbs, Ralph A.
AU  - James, Wesley P.
TI  - Water resources engineering
SN  - 8120321510
U1  - 627 
PY  - 2010///
CY  - New Delhi
PB  - PHI Learning Pvt Ltd
N1  - CONTENTS PREFACE ix CHAPTER  1 INTRODUCTION 1 1.1 Water Resources Engineering Disciplines  1 1.2 Water Management Sectors  3 1.3The Water Management Community18 1.4Computer Models in Water Resources Engineering  29 1.5 Units of Measure  37 References  38 CHAPTER 2  HYDR0LOGY 39 2.1 Water  40 2.2 Hydroclimatology  44 2.3 Atmospheric Processes  55 2.4 Precipitation  58 2.5 Evaporation and Transpiration  68 2.6 Units of Measure for Depth, Area, Volume, and Volumetric Rates  76 2.7 Watershed Hydrology and Streamflow  80 2.8 Subsurface Water  89 2.9 Erosion and Sedimentation  91 2.10 Water Quality  92 2.11Climatic, Hydrologic, and Water Quality Data 99 Problems 102 References  104 CHAPTER 3FLUID MECHANICS 107 3.1 Units107 3.2 Properties of Water108 3.3 Statics111 3.4 Classification of Fluid Flow117 3.5 Reynolds Transport Theorem118 3.6 Dimensional Analysis119 3.7 Conservation of Mass, Energy, and Momentum  123 3.8 Newton- Raphson Formula125 Problems126 Bibliography  129 CHAPTER 4HYDRAULICS OF PIPELINES AND PIPE NETWORKS  130 4.1 Basic Equations for Steady Flow  130 4.2 Pumps in Pipelines139 4.3 Culverts  151 4.4 Pipelines Connecting Reservoirs156 4.5 Pipe Network Systems  165 4.6 Unsteady Flow  198 4.7 Generalized Pipe System Simulation Models  233 Problems  234 Bibliography250 CHAPTER 5  OPEN CHANNEL HYDRAULICS 252 5.1 Open Channels  252 5.2 Flow Classification  254 5.3 Uniform Flow  254 5.4 Critical Flow  261 5.5 Computing Normal and Critical Depth 266 5.6 Channel Design  270 5.7 Gradually Varied Steady Flow  279 5.8 Rapidly Varied Steady Flow  311 5.9 Unsteady Flow  324 5.10 Generalized Open Channel Hydraulics Models  341 Problems 341 Bibliography355 CHAPTER 6  FLOOD ROUTING 356 6.1 Hydrologic Routing357 6.2 Kinematic Routing  369 6.3 Hydraulic Stream Routing  374 6.4 Dam Break Analysis  385 6.5 Watershed Routing  391 6.6 Generalized Flood Routing Models 398 Problems  398 References and Bibliography  406 CHAPTER 7  HYDROLOGIC FREQUENCY  ANALYSIS 4O8 7.1 Hydrologic Random Variables and Data  408 7.2 Probability Relationships  411 7.3 Binomial Distribution and Risk Formula  412 7.4 Empirical Relative Frequency Relations  415 7.5 Analytical Probability Distributions  417 7.6 Frequency Graphs  424 7.7 Bulletin 17B Flood Frequency Analysis  Methodologies  426 7.8 Other Flood Frequency Analysis Methods  432 7.9 Flow-Duration, Concentration-Duration, and Low-Flow  Frequency Relationships  439 7.10 Reservoir/River System Reliability  443 7.11 Precipitation Frequency Analysis  445 7.12 Probable Maximum Storm  452 Problems  455 References  460 CHAPTER 8  MODELING WATERSHED HYDROLOGY 462 8.1 Watershed Hydrology  462 8.2Watershed Models  464 8.3 Watershed Characteristics  469 8.4Rational Method for Estimating Peak Flow 474 8.5 Separating Precipitation into Abstractions and Runoff  477 8.6 Unit Hydrograph Approach for Estimating Flow Rates  488 8.7Erosion and Sediment Yield  502 8,8.Water Quality Modeling  510 8.9 Generalized Watershed Simulation Models  520 Problems  525 References  531 CHAPTER 9  GROUNDWATER ENGINEERING 534 9.1 Subsurface Water  534 93. Basic Equations of Groundwater Flow  538 9.3 Wells  557 9.4 Flow Net Analysis  576 9.5 Numerical Methods  584 9.6 Groundwater Quality  602 9-7 Generalized Groundwater Models  609: Problems  610 Bibliography  620 CHAPTER 10  URBAN STORMWATER MANAGEMENT 622 10.1 Stormwater Collection Systems  623 10.2 On-Site Detention Basins  638 10.3 Regional Detention Facilities  655 10.4 Water Quality  663 10.5 Flood-Damage Mitigation  690 Problems  697 Bibliography  707 CHAPTER 11 WATER RESOURCES SYSTEMS ANALYSIS 709 11.1 The Systems Philosophy  709 11.2 Economic Analysis711 11.3 Simulation of Flood Damage Reduction Systems 720 11.4 Simulation and Optimization  729 11.5 Linear Programming (LP)  731 11.6 Network Flow Programming  751 11.7 Zero-One Integer Programming  753 Problems  756 References  767 CHAPTER 12 RIVER BASIN MANAGEMENT 769 12.1 River Basin Systems770 12.2 Dams, Reservoirs, and Associated Facilities  771 12.3 Water Rights and Water Allocation Systems  782 12.4  Water Quality Management  792 12.5  Ecosystem Management  796 12.6  Rivers and Reservoirs of the World  798 12.7  Major River/Reservoir Systems in the United States  802 12.8  River Basin Management Computer Models  816 References  819 INDEX 821
ER  -