CHAPTER 1:  INTRODUCTION
 1.1  OPEN-CHANNEL FLOW 1.2  TYPES OF FLOW 1.3  STATE OF FLOW 1.4  FLOW REGIMES        QUESTIONS        PROBLEMS        REFERENCES

CHAPTER 2:  PROPERTIES OF OPEN CHANNELS
 2.1  KINDS OF OPEN CHANNELS 2.2  CHANNEL GEOMETRY 2.3  VELOCITY DISTRIBUTION 2.4  MEASUREMENTS OF VELOCITY 2.5  VELOCITY DISTRIBUTION COEFFICIENTS 2.6  PRESSURE DISTRIBUTION        QUESTIONS        PROBLEMS        REFERENCES

CHAPTER 3:  ENERGY AND MOMENTUM PRINCIPLES
 3.1  ENERGY PRINCIPLE 3.2  SPECIFIC ENERGY 3.3  LOCAL PHENOMENA 3.4  MOMENTUM PRINCIPLE 3.5  SPECIFIC FORCE        QUESTIONS        PROBLEMS        REFERENCES

CHAPTER 4:  CRITICAL FLOW
 4.1  CRITICAL FLOW 4.2  COMPUTATION OF CRITICAL FLOW 4.3  CRITICAL FLOW CONTROL 4.3  SHARP-CRESTED WEIRS        QUESTIONS        PROBLEMS        REFERENCES

CHAPTER 5:  UNIFORM FLOW
 5.1  UNIFORM FLOW 5.2  CHEZY FORMULA 5.3  MANNING FORMULA 5.4  MANNING ROUGHNESS 5.5  COMPUTATION OF UNIFORM FLOW 5.6  COMPUTATION OF FLOOD DISCHARGE 5.7  UNIFORM SURFACE FLOW        QUESTIONS        PROBLEMS        REFERENCES

CHAPTER 6:  CHANNEL DESIGN
 6.1  NONERODIBLE CHANNELS 6.2  ERODIBLE CHANNELS 6.3  PERMISSIBLE VELOCITY 6.4  PERMISSIBLE TRACTIVE FORCE 6.4  OTHER FEATURES        QUESTIONS        PROBLEMS        REFERENCES

 7.1  EQUATION OF GRADUALLY VARIED FLOW 7.2  CHARACTERISTICS OF FLOW PROFILES 7.3  LIMITS TO WATER SURFACE PROFILES 7.4  METHODOLOGIES 7.5  DIRECT STEP METHOD EXAMPLE        QUESTIONS        PROBLEMS        REFERENCES

CHAPTER 8:  CULVERT HYDRAULICS
 8.1  CULVERTS 8.2  INLET CONTROL 8.3  OUTLET CONTROL 8.4  CULVERT DESIGN        QUESTIONS        PROBLEMS        REFERENCES

CHAPTER 9:  RAPIDLY VARIED FLOW
 9.1  THE SHARP-CRESTED WEIR 9.2  CREST SHAPE OF OVERFLOW SPILLWAY 9.3  RATING OF SPILLWAYS 9.4  THE HYDRAULIC JUMP        QUESTIONS        PROBLEMS        REFERENCES