Course Content
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Lecture 01 | Chapter 01 | Hydrologic Cycle | Fundamentals of Engineering Hydrology
22:27
Lecture 01 | Chapter 01 | Hydrologic Cycle | Fundamentals of Engineering Hydrology
22:27
Lecture 02 | Chapter 01 | Forms of Precipitation | Fundamentals of Engineering Hydrology
22:27
Lecture 03 | Chapter 01 | Types of Precipitation | Fundamentals of Engineering Hydrology
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Lecture 04 | Chapter 01 | Measurement of Precipitation | Fundamentals of Engineering Hydrology
22:27
Lecture 05 | Chapter 01 | Rain Gauge Network | Fundamentals of Engineering Hydrology
22:27
Lecture 06 | Chapter 01 | Optimal Number of Rain Gauges and Its Questions | Fundamentals of Engineering Hydrology
22:27
Lecture 07 | Chapter 01 | Estimation of Missing Data | Fundamentals of Engineering Hydrology
22:27
Lecture 08 | Chapter 01 | Presentation of Rainfall Data | Fundamentals of Engineering Hydrology
22:27
Lecture 09 | Chapter 01 | Mean Precipitation and Its Questions | Fundamentals of Engineering Hydrology
22:27
Lecture 10 | Chapter 01 | More Questions on Thiessen Polygon Method | Fundamentals of Engineering Hydrology
22:27
Lecture 11 | Chapter 01 | Depth Area Duration Analysis and Its Questions | Fundamentals of Engineering Hydrology
22:27
Lecture 12 | Chapter 02 | Introduction to Evaporation | Fundamentals of Engineering Hydrology
22:27
Lecture 13 | Chapter 02 | Measurement by Evaporimeter Questions | Fundamentals of Engineering Hydrology
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Lecture 14 | Chapter 02 | Measurement by Empirical Method and Its Questions | Fundamentals of Engineering Hydrology
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Lecture 15 | Chapter 02 | Measurement by Analytical Method | Fundamentals of Engineering Hydrology
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Lecture 16 | Chapter 02 | Methods to Reduce Evaporation | Fundamentals of Engineering Hydrology
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Lecture 17 | Chapter 02 | Measurement by Penman Equation | Fundamentals of Engineering Hydrology
22:27
Lecture 18 | Chapter 02 | Measurement by Blaney Criddle Method | Fundamentals of Engineering Hydrology
22:27
Lecture 19 | Chapter 02 | Index of Wetness and Drought | Fundamentals of Engineering Hydrology
22:27
Lecture 20 | Chapter 03 | Probable Maximum Precipitation and Infiltration | Fundamentals of Engineering Hydrology
22:27
Lecture 21 | Chapter 03 | Horton’s Curve and Infiltration Indices | Fundamentals of Engineering Hydrology
22:27
Lecture 22 | Chapter 03 | Question on Infiltration Indices | Fundamentals of Engineering Hydrology
22:27
Lecture 23 | Chapter 04 | Flood Hydrograph | Fundamentals of Engineering Hydrology
22:27
Lecture 24 | Chapter 04 | Direct Runoff Hydrograph | Fundamentals of Engineering Hydrology
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Lecture 25 | Chapter 04 | Unit Hydrograph and Its Questions | Fundamentals of Engineering Hydrology
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Lecture 26 | Chapter 04 | Method of Superposition and Its Questions Part 1 | Fundamentals of Engineering Hydrology
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Lecture 27 | Chapter 04 | Method of Superposition and Its Questions Part 2 | Fundamentals of Engineering Hydrology
22:27
Lecture 28 | Chapter 04 | S Curve Method and Its Questions Part 1 | Fundamentals of Engineering Hydrology
22:27
Lecture 29 | Chapter 04 | S Curve Method and Its Questions Part 2 | Fundamentals of Engineering Hydrology
22:27
Lecture 30 | Chapter 04 | Use and Limitation of Unit Hydrograph Distribution Graph | Fundamentals of Engineering Hydrology
22:27
Lecture 31 | Chapter 04 | Synthetic Hydrograph by Snyder Method Part 1 | Fundamentals of Engineering Hydrology
22:27
Lecture 32 | Chapter 04 | Synthetic Hydrograph by Snyder Method Part 2 | Fundamentals of Engineering Hydrology
22:27
Lecture 33 | Chapter 04 | Instantaneous Unit Hydrograph and Its Questions | Fundamentals of Engineering Hydrology
22:27
Lecture 34 | Chapter 05 | Estimation of Floods by Rational Method and Its Questions Part 1 | Fundamentals of Engineering Hydrology
22:27
Lecture 35 | Chapter 05 | Estimation of Floods by Rational Method and Its Questions Part 2 | Fundamentals of Engineering Hydrology
22:27
Lecture 36 | Chapter 05 | Estimation of Flood by Empirical Formula | Fundamentals of Engineering Hydrology
22:27
Lecture 37 | Chapter 05 | Estimation of Flood by Flood Frequency Studies Part 1 | Fundamentals of Engineering Hydrology
22:27
Lecture 38 | Chapter 05 | Estimation of Flood by Flood Frequency Studies Part 2 | Fundamentals of Engineering Hydrology
22:27
Lecture 39 | Chapter 05 | Prediction of Extreme Flood by Gumbel’s Method Part 1 | Fundamentals of Engineering Hydrology
22:27
Lecture 40 | Chapter 05 | Prediction of Extreme Flood by Gumbel’s Method Part 2 | Fundamentals of Engineering Hydrology
22:27
Lecture 41 | Chapter 05 | Prediction of Extreme Flood by Gumbel’s Method Part 3 | Fundamentals of Engineering Hydrology
22:27
Lecture 42 | Chapter 05 | Confidence Limit | Fundamentals of Engineering Hydrology
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Lecture 43 | Chapter 05 | Prediction of Flood by Log Pearson Type III Distribution Part 1 | Fundamentals of Engineering Hydrology
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Lecture 44 | Chapter 05 | Prediction of Flood by Log Pearson Type III Distribution Part 2 | Fundamentals of Engineering Hydrology
22:27
Lecture 45 | Chapter 06 | Flood Routing Introduction | Fundamentals of Engineering Hydrology
22:27
Lecture 46 | Chapter 06 | Reservoir Routing by Modified Puls Method Part 1 | Fundamentals of Engineering Hydrology
22:27
Lecture 47 | Chapter 06 | Reservoir Routing by Modified Puls Method Part 2 | Fundamentals of Engineering Hydrology
22:27
Lecture 48 | Chapter 06 | Reservoir Routing by Goodrich Method Part 1 | Fundamentals of Engineering Hydrology
22:27
Lecture 49 | Chapter 06 | Reservoir Routing by Goodrich Method Part 2 | Fundamentals of Engineering Hydrology
22:27
Lecture 50 | Chapter 06 | Channel Routing by Muskingum Equation Part 1 | Fundamentals of Engineering Hydrology
22:27
Lecture 51 | Chapter 06 | Channel Routing by Muskingum Equation Part 2 | Fundamentals of Engineering Hydrology
22:27
Lecture 52 | Chapter 06 | Clark’s Method for IUH | Fundamentals of Engineering Hydrology
22:27
Lecture 53 | Chapter 07 | Stage and Velocity Measurement | Fundamentals of Engineering Hydrology
22:27
Lecture 55 | Chapter 07 | Discharge Measurement by Moving Boat Method | Fundamentals of Engineering Hydrology
22:27
Lecture 54 | Chapter 07 | Discharge Measurement by Area Velocity Method | Fundamentals of Engineering Hydrology
22:27
Lecture 56 | Chapter 07 | Discharge Measurement by Dilution Method | Fundamentals of Engineering Hydrology
22:27
Lecture 57 | Chapter 07 | Discharge Measurement by Electromagnetic Method and Ultrasonic Method | Fundamentals of Engineering Hydrology
22:27
Lecture 58 | Chapter 07 | Discharge Measurement by Slope Area Method Part 1 | Fundamentals of Engineering Hydrology
22:27
Lecture 59 | Chapter 07 | Discharge Measurement by Slope Area Method Part 2 | Fundamentals of Engineering Hydrology
22:27
Lecture 60 | Chapter 07 | Discharge Measurement By Flow Measuring Structure | Engineering Hydrology
22:27
Lecture 61 | Chapter 07 | Stage Discharge Relationship Rating Curve Part 1 | Engineering Hydrology
22:27
Lecture 62 | Chapter 07 | Stage Discharge Relationship Rating Curve Part 2 | Engineering Hydrology
22:27
Lecture 63 | Chapter 7 | Shifting Control | Engineering Hydrology
22:27
Lecture 64 | Chapter 8 | Introduction to Ground Water | Engineering Hydrology
22:27
Lecture 65 | Chapter 8 | Type of Aquifer | Engineering Hydrology
22:27
Lecture 66 | Chapter 8 | Aquifer Properties | Engineering Hydrology
22:27
Lecture 67 | Chapter 08 | Stratification | Engineering Hydrology
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Lecture 69 | Chapter 08 | Equation of Motion For Confined Ground Water Flow | Engineering Hydrology
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Lecture 71 | Chapter 08 | Equation of motion for unconfined aquifer Part 2 | Engineering Hydrology
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Lecture 70 | Chapter 08 | Equation of Motion For Unconfined Aquifer Part 1 | Engineering Hydrology
22:27
Lecture 74 | Chapter 08 | Unsteady Flow in Confined Aquifer | Engineering Hydrology
22:27
Lecture 75 | Chapter 08 | Yield From An Open Well Pumping Test Recuperation Test | E Hydrology
22:27
Lecture 73 | Chapter 08 | Unconfined Aquifer | Engineering Hydrology
22:27
Lecture 72 | Chapter 08 | Introduction of Wells Confined Aquifer | Engineering Hydrology
22:27
Final Exam - Fundamentals of Engineering Hydrology
Fundamentals of Engineering Hydrology

Exploring direct runoff hydrographs and their role in hydrological modeling.

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