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Lecture 08 | Chapter 01 | Presentation of Rainfall Data | Engineering Hydrology

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Lessons List | 74 Lesson
Lecture 01 | Chapter 01 | Hydrologic cycle | Engineering Hydrology
00:22:27

Lecture 01 | Chapter 01 | Hydrologic cycle | Engineering Hydrology
Lecture 02 | Chapter 01 | Forms of Precipitation | Engineering Hydrology
00:12:17

Lecture 02 | Chapter 01 | Forms of Precipitation | Engineering Hydrology
Lecture 03 | Chapter 01 | Type of Precipitation | Engineering Hydrology
00:16:09

Lecture 03 | Chapter 01 | Type of Precipitation | Engineering Hydrology
Lecture 04 | Chapter 01 | Measurement of Precipitation | | Engineering Hydrology
00:21:29

Lecture 04 | Chapter 01 | Measurement of Precipitation | | Engineering Hydrology
Lecture 05 | Chapter 01 | Rain Gauge Network | Engineering Hydrology
00:11:44

Lecture 05 | Chapter 01 | Rain Gauge Network | Engineering Hydrology
Lecture 06 | Chapter 01 | Optimal number of Rain Gauge and its Questions | Engineering Hydrology
00:33:16

Lecture 06 | Chapter 01 | Optimal number of Rain Gauge and its Questions | Engineering Hydrology
Lecture 07 | Chapter 01 | Estimation of Missing Data | Engineering Hydrology
00:38:35

Lecture 07 | Chapter 01 | Estimation of Missing Data | Engineering Hydrology
Lecture 08 | Chapter 01 | Presentation of Rainfall Data | Engineering Hydrology
00:37:47

Lecture 08 | Chapter 01 | Presentation of Rainfall Data | Engineering Hydrology
Lecture 09 | Chapter 01 | Mean Precipitation and its Questions | Engineering Hydrology
00:35:38

Lecture 09 | Chapter 01 | Mean Precipitation and its Questions | Engineering Hydrology
Lecture 10 | Chapter 01 | More Questions on Thiessen Polygon Method | Engineering Hydrology
00:51:52

Lecture 10 | Chapter 01 | More Questions on Thiessen Polygon Method | Engineering Hydrology
Lecture 11 | Chapter 01 | Depth Area Duration Analysis and its Questions | Engineering Hydrology
00:54:11

Lecture 11 | Chapter 01 | Depth Area Duration Analysis and its Questions | Engineering Hydrology
Lecture 12 | Chapter 02 | Introduction of Evaporation | Engineering Hydrology
00:23:05

Lecture 12 | Chapter 02 | Introduction of Evaporation | Engineering Hydrology
Lecture 13 | Chapter 02 | Measurement by Evaporimeter Questions | Engineering Hydrology
00:25:45

Lecture 13 | Chapter 02 | Measurement by Evaporimeter Questions | Engineering Hydrology
Lecture 14 | Chapter 02 | Measurement By Empirical Method and its Questions | Engineering Hydrology
00:38:01

Lecture 14 | Chapter 02 | Measurement By Empirical Method and its Questions | Engineering Hydrology
Lecture 15 | Chapter 02 | Measurement by Analytical Method | Engineering Hydrology
01:02:44

Lecture 15 | Chapter 02 | Measurement by Analytical Method | Engineering Hydrology
Lecture 16 | Chapter 02 | Methods to reduce evaporation | Engineering Hydrology
00:39:29

Lecture 16 | Chapter 02 | Methods to reduce evaporation | Engineering Hydrology
Lecture 17 | Chapter 02 Measurement by Penman Equation | Engineering Hydrology
00:24:47

Lecture 17 | Chapter 02 Measurement by Penman Equation | Engineering Hydrology
Lecture 18 | Chapter 02 | Measurement by Blaney Criddle method | Engineering Hydrology
00:17:05

Lecture 18 | Chapter 02 | Measurement by Blaney Criddle method | Engineering Hydrology
Lecture 19 | Chapter 02 | Index of wetness and drought | Engineering Hydrology
00:17:54

Lecture 19 | Chapter 02 | Index of wetness and drought | Engineering Hydrology
Lecture 20 | Chapter 03 | Probable Maximum Precipitation and Infiltration | Engineering Hydrology
00:15:31

Lecture 20 | Chapter 03 | Probable Maximum Precipitation and Infiltration | Engineering Hydrology
Lecture 21 | Chapter 03 | Horton s Curve and Infiltration Indices | Engineering Hydrology
00:26:45

Lecture 21 | Chapter 03 | Horton s Curve and Infiltration Indices | Engineering Hydrology
Lecture 22 | Chapter 03 | Question on Infiltration Indices | Engineering Hydrology
01:49:14

Lecture 22 | Chapter 03 | Question on Infiltration Indices | Engineering Hydrology
Lecture 23 | Chapter 04 | Flood Hydrograph | Engineering Hydrology
00:50:58

Lecture 23 | Chapter 04 | Flood Hydrograph | Engineering Hydrology
Lecture 24 | Chapter 04 | Direct Runoff Hydrograph | Engineering Hydrology
00:49:22

Lecture 24 | Chapter 04 | Direct Runoff Hydrograph | Engineering Hydrology
Lecture 25 | Chapter 04 | Unit Hydrograph and its Question | Engineering Hydrology
01:02:49

Lecture 25 | Chapter 04 | Unit Hydrograph and its Question | Engineering Hydrology
Lecture 26 | Chapter 04 | Method of superposition and its Questions Part 1 | Engineering Hydrology
00:54:09

Lecture 26 | Chapter 04 | Method of superposition and its Questions Part 1 | Engineering Hydrology
Lecture 27 | Chapter 04 | Method of Superposition and Its Questions Part 2 | Engineering Hydrology
00:47:08

Lecture 27 | Chapter 04 | Method of Superposition and Its Questions Part 2 | Engineering Hydrology
Lecture 28 | Chapter 04 | S Curve Method And Its Questions Part 1 | Engineering Hydrology
00:50:59

Lecture 28 | Chapter 04 | S Curve Method And Its Questions Part 1 | Engineering Hydrology
Lecture 29 | Chapter 04 | S Curve Method And Its Questions Part 2 | Engineering Hydrology
01:28:49

Lecture 29 | Chapter 04 | S Curve Method And Its Questions Part 2 | Engineering Hydrology
Lecture 30 | Chapter 04 | Use And Limitation of Unit Hydrograph Distribution Graph | EH
00:47:39

Lecture 30 | Chapter 04 | Use And Limitation of Unit Hydrograph Distribution Graph | EH
Lecture 31 | Chapter 04 | Synthetic Hydrograph By Snyder Method Part 1 | Engineering Hydrology
00:56:38

Lecture 31 | Chapter 04 | Synthetic Hydrograph By Snyder Method Part 1 | Engineering Hydrology
Lecture 32 | Chapter 04 | Synthetic Hydrograph By Snyder Method Part 2 | Engineering Hydrology
00:26:49

Lecture 32 | Chapter 04 | Synthetic Hydrograph By Snyder Method Part 2 | Engineering Hydrology
Lecture 33 | Chapter 04 | Instantaneous Unit Hydrograph And Its Questions | Engineering Hydrology
01:15:24

Lecture 33 | Chapter 04 | Instantaneous Unit Hydrograph And Its Questions | Engineering Hydrology
Lecture 34 | Chapter 05 | Estimation of Floods By Rational Method and Its Questions Part 1 | EH
01:32:01

Lecture 34 | Chapter 05 | Estimation of Floods By Rational Method and Its Questions Part 1 | EH
Lecture 35 | Chapter 05 | Estimation of Floods by rational method and its questions Part 2 | EH
01:00:46

Lecture 35 | Chapter 05 | Estimation of Floods by rational method and its questions Part 2 | EH
Lecture 36 | Chapter 05 | Estimation of Flood By Empirical Formula | Engineering Hydrology
00:23:11

Lecture 36 | Chapter 05 | Estimation of Flood By Empirical Formula | Engineering Hydrology
Lecture 37 | Chapter 05 | Estimation of Flood By Flood Frequency Studies Part 1 | EH
00:52:42

Lecture 37 | Chapter 05 | Estimation of Flood By Flood Frequency Studies Part 1 | EH
Lecture 38 | Chapter 04 | Estimation of Flood By Flood Frequency Studies Part 2 | EH
01:37:01

Lecture 38 | Chapter 04 | Estimation of Flood By Flood Frequency Studies Part 2 | EH
Lecture 39 | Chapter 05 | Prediction of Extreme Flood By Gumbel s Method Part 1 | EH
01:00:00

Lecture 39 | Chapter 05 | Prediction of Extreme Flood By Gumbel s Method Part 1 | EH
Lecture 40 | Chapter 05 | Prediction of Extreme Flood By Gumbel s Method Part 2 | EH
00:54:02

Lecture 40 | Chapter 05 | Prediction of Extreme Flood By Gumbel s Method Part 2 | EH
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This book is an elementary treatment of engineering hydrology with descriptions that aid in a qualitative appreciation and techniques which enable a quantitative evaluation of the hydrologic processes that are of importance to a civil engineer. It focuses on the Indian scenario of water resources with orientation to tropical climates. The Comprehensive coverage and clear explanations of topics with authentic and updated statistical data is the key feature of the book. amazon.com Engineering hydrology is the science of water resource engineering which deals with the study of occurrence, distribution, movement and the properties of water on the earth or beneath the earth surface or in the atmosphere. The main scope of hydrology and its important applications are explained in this article.
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