Lecture 1

Introduction

Lecture 2

Concept of Fluid

Lecture 3

Eulerian Appr.; Viscosity

Lecture 4

Newtonian; Non-Newtonian Liq

Lecture 5

Cavitation; Surface Tension

Lecture 6

Pressure; Hydrostatic Cond.

Lecture 7

Pressure force; Barometer

Lecture 8

Manometer; Pressure force on plane

No Lecture Friday timetable

Lecture 9

Hydrostatic force on planes

Lecture 10

Hydrostatic force on curved surface

Lecture 11

Buoyancy and Stability

No Lecture GATE Duty

Lecture 12

Meta-center

Lecture 13

Control Volume

Lecture 14

Reynolds Transport Theo.

Lecture 15

RTT (Contd..)

Lecture 16

RTT in Conser. of Mass

Lecture 17

RTT for Linear Momentum

Lecture 18

RTT for Linear Momentum (Contd..)

Lecture 19

Local and Convective Rates

Lecture 20

Bernoulli Equation

Mid Semester Exam

Lecture 21

Bernoulli Equation through Lin. Momentum

Lecture 22

Angular Momentum

Lecture 23

Angular Momentum, Energy

Lecture 24

Differential Relations

Lecture 25

Mass Conservation; Lin. Momentum

Lecture 26

Linear Momentum Difg Equation-I

Lecture 27

Linear Momentum Difg Equation-II

No Lecture Friday timetable

Lecture 28

Navier-Stokes Equations

Lecture 29

Energy Equation

Lecture 30

Different Conditions for fluid flow

Lecture 31

Stream Function

Lecture 32

Vorticity & Irrotationality

Lecture 33

Strain Rate; Potential Function

Lecture 34

Some solutions of Navier-Stokes equations

Lecture 35

Dimensional Analysis - Introduction

Lecture 36

Dimensional Analysis (Part 2)

Lecture 37

Buckhingham Pi Theorem

Lecture 38

Non-dimensional Basic Equations

Lecture 39

Model and Prototype Similarity

Lecture 40

Special Class

Lecture 41

Pipe flows

Lecture 42

Laminar Pipe Flows

Lecture 43

Friction Factor in Turbulent Pipe Flows

End Semester Exam