ASCE 9780784406748 2004
$65.54
Water Resources Engineering
| Published By | Publication Date | Number of Pages |
| ASCE | 2004 | 361 |
N/A
PDF Catalog
| PDF Pages | PDF Title |
|---|---|
| 4 | Contents |
| 8 | List of Figures |
| 9 | List of Tables |
| 12 | Preface |
| 13 | Acknowledgments |
| 14 | Chapter 1. Introduction Water Resources Engineering |
| 15 | Planning of Water Resources Engineering Projects Documentation of Water Resources Engineering Studies |
| 18 | Chapter 2. Hydrologic Analyses |
| 19 | Estimation of Peak Flows Rational Method |
| 32 | Regression Equations |
| 35 | Statistical Analysis of Available Data |
| 38 | Surface Runoff Hydrographs |
| 42 | Unit Hydrograph |
| 45 | Kinematic Wave Method Design Storm Duration and Depth |
| 46 | Soil Losses |
| 50 | Snowmelt and Snow Loads |
| 52 | Baseflow Combining Hydrographs and Routing through Channels |
| 53 | Probable Maximum Flood Hydrograph |
| 59 | Risk Analysis and Estimation of Failure Probabilities |
| 62 | Benefit-Cost Analysis |
| 63 | Reservoir Operation Studies Generation of Streamflow Sequences |
| 66 | Flow Duration Analysis |
| 67 | Mass Curve (Rippl) Analysis |
| 69 | Estimation of 7-day Average 10-yr Low Flow |
| 75 | Hydrologic Models Models for Development and Routing of Storm Runoff Hydrographs |
| 77 | Continuous Flow Simulation Models |
| 78 | Other Useful Models |
| 80 | Chapter 3. Hydraulic Analysis Classification of Flows |
| 81 | Steady Uniform Flow in Open Channels |
| 82 | Design of Nonerodible Channels |
| 85 | Design of Erodible Channels Maximum Permissible Velocity |
| 87 | Nonsilting, Nonscouring Velocity |
| 91 | Design of Vegetated Channels |
| 95 | Flow Through Bends |
| 96 | Freeboard Water Surface Profiles |
| 99 | Critical Flow |
| 100 | Hydraulics of Weirs and Spillways Broad-Crested and Sharp-Crested Weirs |
| 101 | Ogee Crest |
| 104 | Flow along Steep Slopes Hydraulic Jump |
| 112 | Unsteady Flow |
| 113 | Overland Flow along Slopes |
| 116 | Soil Erosion on Slopes |
| 118 | Sediment Yield Analysis |
| 123 | Wind Erosion |
| 124 | Sediment Transport Analysis |
| 127 | Open-Channel Dispersion |
| 130 | Far-Field Dispersion |
| 137 | Estimation of Dispersion Coefficients |
| 139 | Dissolved Oxygen Concentrations in Streams |
| 143 | Pipe Flow Laminar Flow in Pipes |
| 144 | Turbulent Flow in Pipes |
| 149 | Hydraulics of Diffusers |
| 156 | Water Hammer |
| 157 | Hydraulic Models |
| 160 | Chapter 4. Groundwater Occurrence of Groundwater and Types of Porous Media |
| 161 | Properties of Porous Media Permeability and Hydraulic Conductivity |
| 164 | One-Dimensional Steady-State Groundwater Flow Darcian Flow |
| 166 | Non-Darcian Flow |
| 168 | Steady-State Radial Flow Flow to a Single Well |
| 169 | Groundwater Mound |
| 170 | Capture Zone |
| 172 | Partially Penetrating Well |
| 173 | Radius of Influence |
| 174 | Well Interference |
| 175 | Induced Recharge |
| 176 | Recharge by Precipitation |
| 177 | Seawater Intrusion |
| 179 | Effect of Barometric Pressure Fluctuations |
| 180 | Subsidence |
| 182 | Safe Yield, Specific Capacity, and Efficiency |
| 183 | Transient (Unsteady) Groundwater Flow Unsteady One-Dimensional Flow |
| 184 | Bank Storage |
| 187 | Flow toward Drains and Drain Spacing |
| 190 | Response of Groundwater Levels to River Stage Fluctuations |
| 191 | Unsteady Radial Flow to a Well Fully Penetrating a Confined Aquifer |
| 196 | Unsteady Radial Flow to a Well Fully Penetrating an Unconfined Aquifer |
| 197 | Estimation of Aquifer Parameters |
| 201 | Slug Tests |
| 205 | Contaminant Transport in Saturated Zone |
| 212 | Flow and Contaminant Transport through Fractured Rock |
| 213 | Contaminant Transport through Unsaturated (Vadose) and Saturated Soil Zones |
| 216 | Gas Phase Transport |
| 219 | Monitoring Well Installation |
| 220 | Groundwater Flow and Transport Models |
| 222 | Chapter 5. Hydraulic Designs Introduction Channel Transitions |
| 225 | Flood Control |
| 230 | Erosion Protection |
| 249 | Dams and Reservoirs |
| 276 | Stilling Basins and Energy Dissipation Devices |
| 283 | Hydroelectric Power |
| 302 | Chapter 6. Economic Analysis Estimates of Costs and Benefits of Water Resources Engineering Projects |
| 303 | Benefit-Cost Analysis |
| 305 | Evaluation of Water Resources Engineering Project Alternatives |
| 312 | Chapter 7. Environmental Issues and Monitoring Introduction |
| 314 | Environmental Impact Statement Definition and Format of an EIS |
| 315 | Content of an EIS |
| 316 | Environmental Impacts of Water Resources Engineering Projects Environmental Impacts of Dams |
| 318 | Environmental Impacts of Other Water Resources Engineering Projects |
| 319 | Evaluation and Analysis of Impacts |
| 321 | Environmental Monitoring Introduction |
| 322 | Components of Environmental Monitoring |
| 325 | Evaluation of Environmental Significance of Projects Significance for Fish Habitat Sustainability and Enhancement |
| 326 | Significance for Recreational Activities |
| 327 | Remedial Investigation and Feasibility Studies (RI/FS) Definition and Scope |
| 331 | Regulatory Perspective |
| 332 | Relevant Hydrologic Processes and Simulations |
| 337 | Remediation Technologies |
| 340 | References |
| 354 | Index A B C |
| 355 | D E F |
| 356 | G |
| 357 | H I K |
| 358 | L M N O P |
| 359 | Q R S |
| 360 | T |
| 361 | U V W Z |
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