Course Layout
Week 01: Introduction:
Course contents, Preliminary concepts, System concept, Reynolds transport theorem, Conservation laws
Week 02: Atmospheric Water:
Water vapor dynamics, Precipitable water, Precipitation, Types of precipitation, Terminal velocity
Week 03: Atmospheric Water:
Thunderstorm cell model, Forms of precipitation, Measurement and representation of rainfall data
Week 04: Atmospheric Water:
Evaporation, Evapotranspiration, Measurement and estimation
Week 05: Subsurface Water:
Unsaturated flow, Infiltration, Measurement and estimation of infiltration
Week 06:
Subsurface Water: Ponding time and infiltration after ponding
Surface Water: Catchment storage concept, Excess rainfall, Direct runoff, Overland flow
Week 07: Surface Water:
Measurement and representation of streamflow
Week 08: Hydrologic Analysis:
Linear system theory, Unit Hydrograph, Direct runoff hydrograph, S-Hydrograph
Week 09: Hydrograph Analysis:
Unit hydrographs of different durations, Instantaneous unit hydrograph, Synthetic unit hydrograph
Week 10: Hydrograph Routing:
Reservoir routing, Hydrologic channel routing
Week 11: Hydrologic Statistics:
Probability distribution and basic descriptive statistics, Frequency analysis, Extreme value analysis
Week 12: Hydrologic design:
Fundamentals of hydrologic design, Design storm, Design flood
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