Media Storage Type : 32 GB USB Stick
NPTEL Subject Matter Expert : Prof. Sreeja Pekkat
NPTEL Co-ordinating Institute : IIT Guwahati
NPTEL Lecture Count : 83
NPTEL Course Size : 8.8 GB
NPTEL PDF Text Transcription : Available and Included
NPTEL Subtitle Transcription : Available and Included (SRT)
Lecture Titles:
Lecture 1 - Course Contents
Lecture 2 - Preliminary Concepts
Lecture 3 - Introduction to Reynolds Transport Theorem
Lecture 4 - Derivation of Reynolds Transport Theorem - Part I
Lecture 5 - Derivation of Reynolds Transport Theorem - Part II
Lecture 6 - Conservations Laws
Lecture 7 - Numerical Examples
Lecture 8 - Summary of Module - I
Lecture 9 - Atmospheric Water
Lecture 10 - Water Vapor Dynamics
Lecture 11 - Precipitable Water in the Static Atmospheric Column
Lecture 12 - Numerical Examples on Basic Atmospheric Parameters
Lecture 13 - Precipitation-Types and Formation
Lecture 14 - Terminal Velocity
Lecture 15 - Thunderstorm Cell Model
Lecture 16 - Numerical Examples on Terminal Velocity and Thunderstorm Cell
Lecture 17 - Forms of Precipitation
Lecture 18 - Measurement of rainfall
Lecture 19 - Raingauge Network
Lecture 20 - Presentation of Rainfall Data
Lecture 21 - Analysis of Rainfall Data
Lecture 22 - Average Areal Rainfall
Lecture 23 - Evaporation
Lecture 24 - Evaporation-Energy Balance Method
Lecture 25 - Evaporation-Aerodynamic Method
Lecture 26 - Evaporation-Combined Method
Lecture 27 - Numerical Examples on Evaporation
Lecture 28 - Evaporation-Empirical method
Lecture 29 - Evapotranspiration
Lecture 30 - Evapotranspiration-Numerical Example
Lecture 31 - Summary of Module - II
Lecture 32 - Subsurface Water
Lecture 33 - 1-D Unsteady Unsaturated Flow Equation
Lecture 34 - Infiltration
Lecture 35 - Measurement of Infiltration
Lecture 36 - Estimation of Infiltration-Empirical Equations
Lecture 37 - Numerical examples - Infiltration estimation using empirical equations
Lecture 38 - Estimation of Infiltration-Theoretical Equation
Lecture 39 - Infiltration-Green Ampt Equation
Lecture 40 - Ponding time
Lecture 41 - Numerical Examples on Green Ampt Infiltration Equation
Lecture 42 - Summary of Module - III
Lecture 43 - Surface Water
Lecture 44 - Excess Rainfall and Direct Runoff
Lecture 45 - Numerical Examples on Direct Runoff
Lecture 46 - Overland flow
Lecture 47 - Streamflow Measurement - I
Lecture 48 - Streamflow Measurement - II
Lecture 49 - Representation of Streamflow
Lecture 50 - Numerical Examples on Streamflow Measurement
Lecture 51 - Summary of Module - IV
Lecture 52 - Hydrologic Analysis - Introduction
Lecture 53 - Linear System Theory
Lecture 54 - Hydrograph Analysis-UH
Lecture 55 - Hydrograph Analysis-DRH
Lecture 56 - Numerical examples on UH and DRH
Lecture 57 - S-Hydrograph
Lecture 58 - Unit Hydrograph of Different Duration
Lecture 59 - Numerical examples UH of Different Duration
Lecture 60 - Instantaneous Unit Hydrograph
Lecture 61 - Instantaneous Unit Hydrograph-Nash's Model
Lecture 62 - Numerical Examples on IUH
Lecture 63 - Synthetic Unit Hydrograph
Lecture 64 - SCS-Synthetic Unit Hydrograph
Lecture 65 - Numerical Examples on SUH
Lecture 66 - Hydrograph Routing
Lecture 67 - Reservoir Routing
Lecture 68 - Numerical Example on Reservoir Routing
Lecture 69 - Hydrologic Channel Routing
Lecture 70 - Numerical Examples on Channel Routing
Lecture 71 - Summary of Module - V
Lecture 72 - Hydrologic Statistics-Preliminary Concepts
Lecture 73 - Probability Distribution and Basic Descriptive Statistics
Lecture 74 - Probabiity Distributions
Lecture 75 - Frequency Analysis
Lecture 76 - Exreme Value Analysis
Lecture 77 - Summary of Module - VI
Lecture 78 - Hydrologic Design
Lecture 79 - Numerical examples on probability and risk
Lecture 80 - Design Storm
Lecture 81 - Design Flood
Lecture 82 - Summary of Module - VII
Lecture 83 - Closure of Engineering Hydrology