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Lec 50 Numerical Examples on Streamflow Measurement

Engineering Hydrology Intro Video

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 Conservations Laws

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 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 Summaryof Module 2

Lec 32 Subsurface Water

Lec 33 1 D 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 Infiltration Green Ampt Equation

Lec 40 Ponding time

Lec 42 Summary Module III

Cabinetry Basics

MFT and MFT related accessories

hinges workshops

CNC Computer numerical control

Jointing Systems

Cabinet tips

Festool Domino

Bandsaws

doors building

Communication Circuits Experiments

Experiments with PlutoSDR

Electric Motors

Energy Engineering

Digital Electronics

Engineering Hydrology

Engineering Mechanics