TABLE OF CONTENTS CHAPTER 1:  INTRODUCTION 1.1  DEFINITION OF ENGINEERING HYDROLOGY 1.2  THE HYDROLOGIC CYCLE 1.3  THE CATCHMENT AND ITS BUDGET 1.4  USES OF ENGINEERING HYDROLOGY 1.5  APPROACHES TO ENGINEERING HYDROLOGY 1.6  FLOOD HYDROLOGY AND CATCHMENT SCALE        QUESTIONS        PROBLEMS        REFERENCES CHAPTER 2:  HYDROLOGIC PRINCIPLES 2.1  PRECIPITATION 2.2  HYDROLOGIC ABSTRACTIONS 2.3  CATCHMENT PROPERTIES 2.4  RUNOFF        QUESTIONS        PROBLEMS        REFERENCES CHAPTER 3:  HYDROLOGIC MEASUREMENTS 3.1  PRECIPITATION 3.2  SNOWPACK 3.3  EVAPORATION AND EVAPOTRANSPIRATION 3.4  INFILTRATION AND SOIL MOISTURE 3.5  STREAMFLOW        QUESTIONS        PROBLEMS        REFERENCES CHAPTER 4:  HYDROLOGY OF SMALL CATCHMENTS 4.1  RATIONAL METHOD 4.2  OVERLAND FLOW        QUESTIONS        PROBLEMS        REFERENCES CHAPTER 5:  HYDROLOGY OF MIDSIZE CATCHMENTS 5.1  MIDSIZE CATCHMENTS 5.2  RUNOFF CURVE NUMBER 5.3  UNIT HYDROGRAPH 5.4  TR-55 METHOD        QUESTIONS        PROBLEMS        REFERENCES CHAPTER 6:  FREQUENCY ANALYSIS 6.1  CONCEPTS OF STATISTICS 6.2  FREQUENCY ANALYSIS 6.3  LOW-FLOW FREQUENCY 6.4  DROUGHTS        QUESTIONS        PROBLEMS        REFERENCES CHAPTER 7:  REGIONAL ANALYSIS 7.1  JOINT PROBABILITY 7.2  REGRESSION ANALYSIS 7.3  REGIONAL ANALYSIS        QUESTIONS        PROBLEMS        REFERENCES CHAPTER 8:  RESERVOIR ROUTING 8.1  STORAGE ROUTING 8.2  LINEAR RESERVOIRS 8.3  STORAGE INDICATION 8.4  CONTROLLED OUTFLOW 8.5  DETENTION BASINS        QUESTIONS        PROBLEMS        REFERENCES CHAPTER 9:  STREAM CHANNEL ROUTING 9.1  MUSKINGUM METHOD 9.2  KINEMATIC WAVES 9.3  DIFFUSION WAVES 9.4  MUSKINGUM-CUNGE METHOD 9.5  INTRODUCTION TO DYNAMIC WAVES        QUESTIONS        PROBLEMS        REFERENCES CHAPTER 10:  CATCHMENT ROUTING 10.1  TIME-AREA METHOD 10.2  CLARK UNIT HYDROGRAPH 10.3  CASCADE OF LINEAR RESERVOIRS 10.4  KINEMATIC WAVES 10.5  DIFFUSION WAVES 10.6  ASSESSMENT          QUESTIONS          PROBLEMS          REFERENCES UNIT CONVERSIONS APPENDIX

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