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        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

140517