Lecture 15 of 87Week 03 : Atmospheric Water
Lec 15: Thunderstorm Cell Model
Prof. Sreeja Pekkat · IIT Guwahati
Credits and licence
- From
- Engineering Hydrology, IIT Guwahati (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
- Tweens profiles and older. How courses are placed
All the lectures
- Lec 1: Course Contents
- Lec 2: Preliminary Concepts
- Lec 3: Introduction to Reynolds Transport Theorem
- Lec 4: Derivation of Reynolds Transport Theorem - Part I
- Lec 5: Derivation of Reynolds Transport Theorem - Part II
- Lec 6: Conservation Laws
- Lec 7: Numerical Examples
- Lec 8: Summary of Module 1
- Lec 9 : Atmospheric Water
- Lec 10 : Water Vapor Dynamics
- Lec 11 : Precipitable Water in the Static Atmospheric Column
- Lec 12 : Numerical Examples on Basic Atmospheric Parameters
- Lec 13 : Precipitation-Types and Formation
- Lec 14 : Terminal Velocity
- Lec 15: Thunderstorm Cell Model
- Lec 16 : Numerical Examples on Terminal Velocity and Thunderstorm Cell
- Lec 17 : Forms of Precipitation
- Lec 18 : Measurement of rainfall
- Lec 19 : Rain Gauge Network
- Lec 20 : Presentation of Rainfall Data
- Lec 21 : Analysis of Rainfall Data
- Lec 22 : Average Areal Rainfall
- Lec 23: Evaporation
- Lec 24: Evaporation-Energy Balance Method
- Lec 25: Evaporation-Aerodynamic Method
- Lec 26: Evaporation-Combined Method
- Lec 27: Numerical Examples on Evaporation
- Lec 28: Evaporation -Empirical method
- Lec 29: Evapotranspiration
- Lec 30: Evapotranspiration-Numerical Example
- Lec 31: Summary of Module 2
- Lec 32: Subsurface Water
- Lec 33: 1D Unsteady Unsaturated Flow Equation
- Lec 34: Infiltration
- Lec 35 : Measurement of Infiltration
- Lec 36: Estimation of Infiltration - Empirical Equations
- Lec 37: Numerical Examples - Infiltration Estimation using Empirical Equations
- Lec 38 : Estimation of Infiltration - Theoretical Equation
- Lec 39 :Infilration - Green-Ampt Equation
- Lec 40: Ponding time
- Lec 41: Numerical Examples on Green-Ampt Infiltration Equation
- Lec 42 : Summary-Module-III
- Lec 43 : Surface Water
- Lec 44: Excess Rainfall and Direct Runoff
- Lec 45: Numerical Examples on Direct Runoff
- Lec 46: Overland flow
- Lec 47: Streamflow Measurement-I
- Lec 48: Streamflow Measurement-II
- Lec 49: Representation of Streamflow
- Lec 50: Numerical Examples on Streamflow Measurement
- Lec 51: Summary of Module-IV
- Lec 52: Hydrologic Analysis-Introduction
- Lec 53: Linear System Theory
- Lec 54: Unit Hydrograph (UH)
- Lec 55: Direct Runoff Hydrograph (DRH)
- Lec 56: Numerical examples on UH and DRH
- Lec 57: S-Hydrograph
- Lec 58 : Unit Hydrograph of Different Durations
- Lec 59 : Numerical examples UH of Different Durations
- Lec 60 : Instantaneous Unit Hydrograph
- Lec 61 : Instantaneous Unit Hydrograph-Nash's Model
- Lec 62 : Numerical Examples on IUH
- Lec 63 : Snyder's Synthetic Unit Hydrograph
- Lec 64 SCS Dimensionless Synthetic Unit Hydrograph
- Lec 65 :Numerical Examples on SUH
- Lec 66 : Hydrograph Routing
- Lec 67: Reservoir Routing
- Lec 68: Numerical Example on Reservoir Routing
- Lec 69: Hydrologic Channel Routing
- Lec 70: Numerical Examples on Channel Routing
- Lec 71: Summary of Module-V
- Lec 72: Hydrologic Statistics-Preliminary Concepts
- Lec 73: Probability Distribution and Basic Descriptive Statistics
- Lec 74: Probability Distributions
- Lec 75 : Frequency Analysis
- Lec 76 : Extreme Value Analysis
- Lec 77 : Summary of Module-VI
- Lec 78: Hydrologic Design
- Lec 79: Numerical Examples on Probability and Risk
- Lec 80: Design Storm
- Lec 81: Design Flood
- Lec 82: Summary of Module-VII
- Closure of Engineering Hydrology Course
- Live Session 18-02-2022
- Live Session 03-11-2022
- Live Session 13-02-2025
- Live Session 12-03-2025