Media Storage Type : DVD-ROM
NPTEL Course Name : Fluid Mechanics
NPTEL Subject Matter Expert : Prof. S.K. Som
NPTEL Co-ordinating Institute : IIT Kanpur
NPTEL Lecture Count : 53
Lecture Titles:
Lecture 1 - Definition of Stress
Lecture 2 - Ideal Fluid
Lecture 3 - Forces on Fluid Elements
Lecture 4 - Units and scales of Pressure Measurement
Lecture 5 - Hydrostatic Thrusts on Submerged Plane Surface
Lecture 6 - Kinematics of Fluid
Lecture 7 - Variation of Flow Parameters in Time and Space
Lecture 8 - One, Two and Three Dimensional Flows
Lecture 9 - System
Lecture 10 - Stream Function
Lecture 11 - Analysis Of Finite Control Volumes - the application of momentum theorem
Lecture 12 - Application of Moment of Momentum Theorem
Lecture 13 - Conservation of Energy
Lecture 14 - Bernoulli's Equation In Irrotational Flow
Lecture 15 - Measurement Of Flow Rate Through Pipe
Lecture 16 - Concept of Static Pressure
Lecture 17 - Principles of Physical Similarity - An Introduction
Lecture 18 - Magnitudes of Different Forces
Lecture 19 - The Application of Dynamic Similarity - The Dimensional Analysis
Lecture 20 - Analysis of Inviscid, Incompressible
Lecture 21 - Concept of Circulation in a Free Vortex Flow
Lecture 22 - Flow About a Cylinder without Circulation
Lecture 23 - Flow Past a Source
Lecture 24 - General Viscosity Law
Lecture 25 - A general way of deriving the Navier-Stokes equations from the basic laws of physics
Lecture 26 - Couette Flow
Lecture 27 - Low Reynolds Number Flow Around a Sphere
Lecture 28 - Introduction - Laminar Boundary Layers
Lecture 29 - Wall Shear Stress
Lecture 30 - Karman-Pohlhausen Approximate Method For Solution Of Momentum Integral Equation Over A Flat Plate
Lecture 31 - Entry Flow In A Duct
Lecture 32 - Introduction - Turbulent Flow
Lecture 33 - Intermittency
Lecture 34 - Universal Velocity Distribution Law And Friction Factor In Duct Flows For Very Large Reynolds Numbers
Lecture 35 - Introduction - Applications of Viscous Flows Through Pipes
Lecture 36 - Flow Through Branched Pipes
Lecture 37 - Flow Through Pipes With Side Tappings
Lecture 38 - Introduction - Compressible Flow
Lecture 39 - Speed of Sound
Lecture 40 - Stagnation and Sonic Properties
Lecture 41 - Normal Shocks
Lecture 42 - Exercise Problem - Introduction and Fundamental Concepts
Lecture 43 - Exercise Problem - Fluid Statics
Lecture 44 - Exercise Problem - Kinematics of Fluid
Lecture 45 - Exercise Problem - Conservation Equations and Analysis of Finite Control Volume
Lecture 46 - Exercise Problem - Equations of Motion and Mechanical Energy
Lecture 47 - Exercise Problem - Principles of Physical Similarity and Dimensional Analysis
Lecture 48 - Exercise Problem - Flow of Ideal Fluids
Lecture 49 - Exercise Problem - Viscous Incompressible Flows
Lecture 50 - Exercise Problem - Laminar Boundary Layers
Lecture 51 - Exercise Problem - Turbulent Flow
Lecture 52 - Exercise Problem - Applications of Viscous Flows Through Pipes
Lecture 53 - Supplementary Questions - Compressible Flow