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Lec 37 Numerical examples Infiltration estimation using empirical equations

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Lessons List | 84 Lesson
Engineering Hydrology Intro Video
00:04:14

Engineering Hydrology Intro Video
Lec 1 Course contents
00:25:42

Lec 1 Course contents
Lec 2 Preliminary Concepts
00:39:36

Lec 2 Preliminary Concepts
Lec 3 Introduction to Reynolds Transport Theorem
00:26:49

Lec 3 Introduction to Reynolds Transport Theorem
Lec 4 Derivation of Reynolds Transport Theorem Part I
00:33:41

Lec 4 Derivation of Reynolds Transport Theorem Part I
Lec 5 Derivation of Reynolds Transport Theorem Part II
00:29:39

Lec 5 Derivation of Reynolds Transport Theorem Part II
Lec 6 Conservations Laws
00:30:14

Lec 6 Conservations Laws
Lec 8 Summary of Module 1
00:13:38

Lec 8 Summary of Module 1
Lec 9 Atmospheric Water
00:23:32

Lec 9 Atmospheric Water
Lec 10 Water Vapor Dynamics
00:31:37

Lec 10 Water Vapor Dynamics
Lec 11 Precipitable Water in the Static Atmospheric Column
00:38:17

Lec 11 Precipitable Water in the Static Atmospheric Column
Lec 12 Numerical Examples on Basic Atmospheric Parameters
00:41:15

Lec 12 Numerical Examples on Basic Atmospheric Parameters
Lec 13 Precipitation Types and Formation
00:30:37

Lec 13 Precipitation Types and Formation
Lec 14 Terminal Velocity
00:17:27

Lec 14 Terminal Velocity
Lec 15 Thunderstorm Cell Model
00:39:10

Lec 15 Thunderstorm Cell Model
Lec 16 Numerical Examples on Terminal Velocity and Thunderstorm Cell
00:22:19

Lec 16 Numerical Examples on Terminal Velocity and Thunderstorm Cell
Lec 17 Forms of Precipitation
00:13:11

Lec 17 Forms of Precipitation
Lec 18 Measurement of rainfall
00:42:14

Lec 18 Measurement of rainfall
Lec 20 Presentation of Rainfall Data
00:34:06

Lec 20 Presentation of Rainfall Data
Lec 21 Analysis of Rainfall Data
00:34:05

Lec 21 Analysis of Rainfall Data
Lec 22 Average Areal Rainfall
00:27:54

Lec 22 Average Areal Rainfall
Lec 23 Evaporation
00:30:12

Lec 23 Evaporation
Lec 24 Evaporation Energy Balance Method
00:39:40

Lec 24 Evaporation Energy Balance Method
Lec 25 Evaporation Aerodynamic Method
00:40:14

Lec 25 Evaporation Aerodynamic Method
Lec 26 Evaporation Combined Method
00:27:02

Lec 26 Evaporation Combined Method
Lec 27 Numerical Examples on Evaporation
00:24:12

Lec 27 Numerical Examples on Evaporation
Lec 28 Evaporation Empirical method
00:16:12

Lec 28 Evaporation Empirical method
Lec 29 Evapotranspiration
00:45:16

Lec 29 Evapotranspiration
Lec 30 Evapotranspiration Numerical Example
00:15:29

Lec 30 Evapotranspiration Numerical Example
Lec 31 Summaryof Module 2
00:26:29

Lec 31 Summaryof Module 2
Lec 32 Subsurface Water
00:26:18

Lec 32 Subsurface Water
Lec 33 1 D Unsteady Unsaturated Flow Equation
00:30:13

Lec 33 1 D Unsteady Unsaturated Flow Equation
Lec 34 Infiltration
00:22:17

Lec 34 Infiltration
Lec 35 Measurement of Infiltration
00:24:13

Lec 35 Measurement of Infiltration
Lec 36 Estimation of Infiltration Empirical Equations
00:22:35

Lec 36 Estimation of Infiltration Empirical Equations
Lec 37 Numerical examples Infiltration estimation using empirical equations
00:20:50

Lec 37 Numerical examples Infiltration estimation using empirical equations
Lec 38 Estimation of Infiltration Theoretical Equation
00:22:24

Lec 38 Estimation of Infiltration Theoretical Equation
Lec 39 Infiltration Green Ampt Equation
00:43:17

Lec 39 Infiltration Green Ampt Equation
Lec 40 Ponding time
00:26:07

Lec 40 Ponding time
Lec 42 Summary Module III
00:24:54

Lec 42 Summary Module III
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Course Description

Engineering Hydrology basics course, In this course we'll explore fundamental concepts of Engineering Hydrology, covering water cycle, precipitation, and runoff processes.
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