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Civil Engineering
Water Resources Engineering
1. Introduction to Water Resources Engineering
2. Mathematical and Statistical Foundations
3. Fundamental Principles of Fluid Mechanics
4. Hydraulics of Pressurized Pipe Flow
5. Open-Channel Hydraulics
6. Hydrology: The Science of Water
7. Surface Water Hydrology
8. Groundwater Hydrology
9. Water Resources Systems Planning and Management
10. Design of Hydraulic Structures
11. Water Supply Engineering
12. Wastewater and Stormwater Engineering
13. Environmental and Sustainability Considerations
Hydraulics of Pressurized Pipe Flow
Flow in Circular Pipes
Reynolds Number
Laminar Flow Regime
Turbulent Flow Regime
Transition Zone
Velocity Profiles
Laminar Flow Profile
Turbulent Flow Profile
Boundary Layer Development
Energy Losses in Pipes
Major Losses
Darcy-Weisbach Equation
Friction Factor
Moody Diagram
Colebrook-White Equation
Minor Losses
Entrance and Exit Losses
Expansion and Contraction Losses
Bend and Fitting Losses
Valve Losses
Loss Coefficients
Pipe Network Analysis
Simple Pipe Systems
Single Pipes
Series Pipes
Parallel Pipes
Equivalent Pipe Concepts
Complex Pipe Networks
Hardy Cross Method
Newton-Raphson Method
Linear Theory Method
Computer-Based Solutions
Network Components
Reservoirs
Pumps
Valves
Control Devices
Pumps and Pumping Systems
Pump Classification
Centrifugal Pumps
Positive Displacement Pumps
Axial Flow Pumps
Mixed Flow Pumps
Pump Performance
Head-Discharge Curves
Efficiency Curves
Power Curves
NPSH Requirements
System Analysis
System Head Curves
Operating Point Determination
Pump Selection Criteria
Multiple Pump Operations
Pump Installation and Operation
Suction and Discharge Piping
Cavitation Prevention
Variable Speed Operation
Maintenance Considerations
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3. Fundamental Principles of Fluid Mechanics
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5. Open-Channel Hydraulics