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3.93
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Fluid Mechanics (Complete: Beginner to Advanced)

Clear Concept Explanation of Fluid mechanics with good collection of Solved Numericals
Instructor:
Hiren R. Bakhru
3,150 students enrolled
A to Z in Fluid Mechanics
Properties of Fluids
Hydrostatic Forces on Surfaces
Buoyancy and Floatation
Motion of Fluid and Energy Equation
Two Dimensional Ideal Fluid Flow
Dimensional Analysis and Similarities
Viscous Flow
Compressible Fluid Flow
Turbulent Flow
Flow Through Pipes

In this course the students will be able to learn the following,

 

1. Properties of Fluid

 

2. Pressure and Measurement

 

3. Hydro static pressure

 

4. Buoyancy and Flotation

 

5. Motion of Fluid and Energy Equation

 

6. Two Dimensional Ideal Fluid Flow

 

7. Dimensional Analysis and Similarities

 

8. Viscous Flow

 

9. Compressible Fluid Flow

 

10. Turbulent Flow

 

11. Flow Through Pipes

 

Clear concepts and derivation of all the necessary topics have been explained.

 

Rich Collection of numerical s have been explained which will give the students a clear understanding of the subject.

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Properties of Fluids

1
#1 Fluid Mechanics Introduction to the Subject & References Used !!

Fluid Mechanics - Introduction to the Subject.

2
#2 Fluid Mechanics - Introduction to Fluid Mechanics

1. Introduction to Fluid Mechanics

2. Basic Relations used in the Numericals based on Fluid Mechanics.

3
#3 Fluid Mechanics | Properties of Fluids
4
#4 Fluid Mechanics | Numerical #1 on Properties of Fluids
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#5 Fluid Mechanics | Numerical #2 on Properties of Fluids
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#6 Fluid Mechanics | Viscosity
7
#7 Fluid Mechanics | Newtons law of Viscosity
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#8 Fluid Mechanics | Variation of Viscosity with Temperature
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#9 Fluid Mechanics | Types of Fluids
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#10 Fluid Mechanics | Example #3 on Properties of Fluids
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#11 Fluid Mechanics |Example #4 on Properties of Fluids
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#12 Fluid Mechanics |Example #5 on Properties of Fluids
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#13 Fluid Mechanics |Example #6 on Properties of Fluids
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#14 Fluid Mechanics |Example #7 on Properties of Fluids
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#15 Fluid Mechanics |Example #8 on Properties of Fluids
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#16 Fluid Mechanics |Example #9 on Properties of Fluids
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#17 Fluid Mechanics |Example #10 on Properties of Fluids
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#18 Fluid Mechanics |Example #11 on Properties of Fluids
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#19 Fluid Mechanics |Example #12 on Properties of Fluids
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#20 Fluid Mechanics |Example #13 on Properties of Fluids
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#21 Fluid Mechanics |Example #14 on Properties of Fluids
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#22 Fluid Mechanics |Example #15 on Properties of Fluids
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#23 Fluid Mechanics |Example #16 on Properties of Fluids
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#24 Fluid Mechanics |Example #17 on Properties of Fluids
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#25 Fluid Mechanics | Thermodynamic Properties
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#26 Fluid Mechanics |Example #1 on Thermodynamic Properties
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#27 Fluid Mechanics | Compressibility and Bulk Modulus
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#28 Fluid Mechanics |Example #1 on Compressibility and Bulk Modulus
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#29 Fluid Mechanics |Example #2 on Compressibility and Bulk Modulus
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#30 Fluid Mechanics | Surface Tension
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#31 Fluid Mechanics | Examples on Surface Tension and Capillarity
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#32 Fluid Mechanics | Capillarity
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#33 Fluid Mechanics | Example #1 on Capillarity
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#34 Fluid Mechanics | Example #2 on Capillarity
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#35 Fluid Mechanics | Example #3 on Capillarity
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#36 Fluid Mechanics | Vapour Pressure and Cavitation

Pressure and Measurement

1
#37 Fluid Mechanics | Fluid Pressure at a particular Point
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#38 Fluid Mechanics | Pascals Law
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#39 Fluid Mechanics | Pressure Variation at Fluid at Rest
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#40 Fluid Mechanics | Example #1 on Pascals Law
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#41 Fluid Mechanics | Example #2 on Pascals Law
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#42 Fluid Mechanics |Absolute, Guage, Atmospheric, and Vacuum Pressures
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#43 Fluid Mechanics | Example #1 to Calculate the Guage and Atmospheric Pressure
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#44 Fluid Mechanics |Measurement of Pressure
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#45 Fluid Mechanics | Simple Manometers
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#46 Fluid Mechanics | Example #1 to Calculate of Simple Manometer
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#47 Fluid Mechanics | Example #2 to Calculate of Simple Manometer
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#48 Fluid Mechanics | Single Column Manometer
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#49 Fluid Mechanics |Example #1 on Single Column Manometer
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#50 Fluid Mechanics | Differential Manometers
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#51 Fluid Mechanics | Example #1 on Differential Manometers
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#52 Fluid Mechanics | Example #2 on Differential Manometers
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#53 Fluid Mechanics | Inverted U Tube Differential Manometer
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#54 Fluid Mechanics | Example #1 on Inverted U Tube Differential Manometer
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#55 Fluid Mechanics | Pressure at a point in a compressible Fluid
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#56 Fluid Mechanics | Isothermal Process
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#57 Fluid Mechanics | Adiabatic Process
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#58 Fluid Mechanics | Temperature at any point in Incompressible Fluid
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#59 Fluid Mechanics | Example to Calculate Pressure by Isothermal and Hydrostati
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#60 Fluid Mechanics | Example to Calculate Elevation
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#61 Fluid Mechanics | Example to Calculate Pressure

Hydrostatic Forces on Surfaces

1
#62 Fluid Mechanics | Introduction to Hydrostatic Pressure
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#63 Fluid Mechanics | Total Pressure Force on a Horizontal Plane Surface
3
#64 Fluid Mechanics | Total Pressure Force on a Vertical Plane Surface
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#65 Fluid Mechanics | Centre of Pressure for Vertical Plane Surface
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#66 Fluid Mechanics | Example to Calculate the depth of Centre of Pressure
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#67 Fluid Mechanics | Example to Calculate the Total pressure and position
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#68 Fluid Mechanics | Example to Calculate total pressure and depth
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#69 Fluid Mechanics | Example #2 to Calculate the depth of Centre of Pressure
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#70 Fluid Mechanics | Example to Calculate Force and Torque
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#71 Fluid Mechanics | Example to Calculate Pressure and centre of Pressure
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#72 Fluid Mechanics | Example to Calculate Pressure and centre of Pressure
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#73 Fluid Mechanics | Example to Calculate Pressure and Centre of Pressure
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#74 Fluid Mechanics | Total Pressure Force on an inclined surface
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#75 Fluid Mechanics | Centre of Pressure on an inclined Surface
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#76 Fluid Mechanics | Calculation of total pressure on one face and total pressu
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#77 Fluid Mechanics | Calculation of Force at the Gate
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#78 Fluid Mechanics | Calculation of Total Pressure and Position
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#79 Fluid Mechanics | Calculation of Height of the water behind the Gate
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#80 Fluid Mechanics | Pressure Diagram
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#81 Fluid Mechanics | Total Pressure on the Curved Surface
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#82 Fluid Mechanics | Calculation of the Horizontal and Vertical Forces.
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#83 Fluid Mechanics |Calculation of the Horizontal and Vertical Force Components
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#84 Fluid Mechanics |Calculation of the Horizontal and Vertical Force Components
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#85 Fluid Mechanics | Practical Application of Total Pressure Vertical Surfaces
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#86 Fluid Mechanics | Force Calculation on the Hinge

Buoyancy and Floatation

1
#87 Fluid Mechanics | Introduction to Buoyancy
2
#88 Fluid Mechanics |Example to Calculate the least force on the Body
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#89 Fluid Mechanics | Example to Calculate the volume and position of the centre
4
#90 Fluid Mechanics | Example to Calculate the specific Gravity of an object
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#91 Fluid Mechanics | Example to Find out the specific Gravity of the Stone
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#92 Fluid Mechanics | Example to Compute the Height of the Block and specific Gr
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#93 Fluid Mechanics | Meta Centre and Metacentric Height
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#94 Fluid Mechanics | Stability of Submerged and Floating Bodies
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#95 Fluid Mechanics | Determination of Metacentric Height by Analytical Method
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#96 Fluid Mechanics | Determination of Metacentric Height by Experimental Metho
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