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Civil Engineering
Fluid Mechanics (Web)
Syllabus
Co-ordinated by :
IIT Guwahati
Available from :
2009-12-31
Lec :
1
Modules / Lectures
Introduction
Fluid continum
Fluid as a continuum
Properties of fluid
viscosity
Surface Tension
Capillarity
Vapour Pressure
System and control volume
Solved problems-Properties of fluid
Solved problems-Surface Tension
Solved problems-Vapour Pressure
Fluid statics
Pressure
Pascal's Law
Basic equations of fluid statics
Pressure variations
Pressure Measuring Devices
Inclined Manometer
Hydrostatic force on submerged surfaces
Hydrostatic force on a Curved Submerged surface
Buoyancy
Buoyant force in a layered fluid
Stability
Computation of the Metacentric Height
Liquids in Rigid Body Motion
Uniform acceleration of a liquid container
Liquid in Rigid body motion part-II
Cylinder liquid-filled container
Solved problems-Basic equations of fluid statics
Solved problems-Pressure Measuring Devices
Solved problems-Hydrostatic force on submerged surfaces
Solved problems-Buoyancy
Solved problems-Stability
Solved problems-Liquids in Rigid Body Motion
Solved problems-Liquid in Rigid body motion part-II
Kinematics of fluid flow
Introduction
Types of Fluid Flow
Laminar and Turbulent flow
Velocity Field
The Acceleration field
Deformation of fluid particles
Rotation
Linear deformation
The Reynolds Transport Theorem
One- dimensional fixed control volume
Arbitrary Fixed Control Volume
Solved problems-Introduction
Solved problems-The Reynolds Transport Theorem
Dynamics of fluid flow
Basic equn -Integration
Energy Equation (Conservation of energy)
Energy loss of fluid
Experiment Test Rig - Losses in Piping system
Presentation of experimental data
Conclusion
Practical appln of Bernoulli's equn
Bernoulli's equn contd..
Experiemental Test RIG - Venturi Meter
Experimental procedure
Conclusion
Irrotational Flow,Stream Function and velocity Potential
Basic Plane Potential flows
Flow Through Mouthpiece
Flow Over Notches and weirs
Open Channle Flow
Uniform Depth open Channel flow
specific Energy And Critical Depth
General Characteristics of Pipe Flow
Turbulent Flow Through Pipes
Solved problems-Basic equn -Integration
Exercices-Basic equn -Integration
Solved problems-Energy Equation (Conservation of energy)
Exercises-Energy Equation (Conservation of energy)
Solved problems-Energy loss of fluid
Exercises-Energy loss of fluid
Solved problems-Practical appln of Bernoulli's equn
Exercises-Practical appln of Bernoulli's equn
Solved problems-Bernoulli's equn contd..
Exercises-Bernoulli's equn contd..
Solved problems-Irrotational Flow,Stream Function and velocity Potential
Exercises-Irrotational Flow,Stream Function and velocity Potential
Solved problems-Basic Plane Potential flows
Exercises-Basic Plane Potential flows
Solved problems-Flow Through Mouthpiece
Exercises-Flow Through Mouthpiece
Solved problems-Flow Over Notches and weirs
Exercises-Flow Over Notches and weirs
Solved problems-Open Channle Flow
Exercises-Open Channle Flow
Solved problems-Uniform Depth open Channel flow
Exercises-Uniform Depth open Channel flow
Solved problems-specific Energy And Critical Depth
Exercises-specific Energy And Critical Depth
Solved problems-General Characteristics of Pipe Flow
Exercises-General Characteristics of Pipe Flow
Solved problems-Turbulent Flow Through Pipes
Exercises-Turbulent Flow Through Pipes
References-Dynamics of fluid flow
Dimensional Analysis and Hydraulic similitude
Dimensional Analysis
Pi Theorem
Dimenional Numbers
Typical Model Studies
References-Dimensional Analysis and Hydraulic similitude
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