UsefulLinks
1. Introduction to Hydraulic Engineering
2. Core Principles of Fluid Mechanics
3. Open-Channel Flow
4. Closed-Conduit Flow
5. Hydraulic Machinery
6. Hydrology for Hydraulic Design
7. Hydraulic Structures
8. Groundwater Hydraulics
9. Sediment Transport
10. Specialized Applications
11. Modern Tools in Hydraulic Engineering
  1. Engineering
  2. Civil Engineering

Hydraulic Engineering

1. Introduction to Hydraulic Engineering
2. Core Principles of Fluid Mechanics
3. Open-Channel Flow
4. Closed-Conduit Flow
5. Hydraulic Machinery
6. Hydrology for Hydraulic Design
7. Hydraulic Structures
8. Groundwater Hydraulics
9. Sediment Transport
10. Specialized Applications
11. Modern Tools in Hydraulic Engineering
8.
Groundwater Hydraulics
8.1.
Aquifer Properties
8.1.1.
Porosity
8.1.2.
Specific Yield
8.1.3.
Specific Retention
8.1.4.
Hydraulic Conductivity
8.1.5.
Transmissivity
8.1.6.
Storage Coefficient
8.2.
Groundwater Movement
8.2.1.
Darcy's Law
8.2.1.1.
Assumptions and Limitations
8.2.2.
Flow Nets
8.2.2.1.
Construction and Use
8.3.
Well Hydraulics
8.3.1.
Flow to Wells in Confined Aquifers
8.3.2.
Flow to Wells in Unconfined Aquifers
8.3.3.
Well Losses and Efficiency
8.3.4.
Pumping Tests
8.3.4.1.
Constant Rate Test
8.3.4.2.
Step Drawdown Test
8.3.5.
Aquifer Characterization
8.3.5.1.
Determination of Hydraulic Parameters
8.4.
Groundwater and Surface Water Interaction
8.4.1.
Baseflow Contribution
8.4.2.
Bank Storage
8.4.3.
Impact of Pumping on Surface Water

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9. Sediment Transport

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