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140 Lectures
26 Hrs videos

Fluid Mechanics-Manipal University-Civil Engineering-SEM III

Ninad Mahadeshwar
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Total Chapters : 6 140 Videos

Properties of Fluid

Introduction to Fluid Mechanics

Preview

5.08

Properties of Fluid

Preview

12.38

Properties of Fluid Problem 1

Preview

6.29

Viscosity or Dynamic Viscosity

Preview

7.04

Kinematic Viscosity

Preview

2.45

Newton's Law of Viscosity

Preview

3.17

Problem to Determine Dynamic Viscosity of Oil

Preview

9.47

Surface Tension

Preview

8.1

Problem to Determine Diameter of Droplet of Water

Preview

4.08

Vapour Pressure and Cavitation

Preview

5.43

Newton's Law of Viscosity and It's Significance

Preview

3.17

Properties of Fluid Problem 2

7.28

Types of Fluids

6.45

Problem to Determine Fluid Viscosity Between Two Plates

6.25

Problem to Determine Power Required

7.12

Problem on Shear Stress of Fluid Oil

6.16

Problem to Determine Kinematic Viscosity of Oil

4.48

Problem to Determine the Power Lost in Bearing (Sleeve)

11.57

Problem to Determine Surface Tension

3.29

Capillarity and Expressions for Capillary Rise and Capillary Fall

9.05

Problem on Capillary Rise and Fall

8.12

Pressure and Pressure Measurement

Fluid Pressure at a Point

Preview

5.03

Preview

4.33

Absolute Pressure, Gauge Pressure, Atmospheric Pressure and Vacuum Pressure

Preview

5.49

Pressure Measurement by U Tube Manometer

Preview

4.51

Differential Manometer

Preview

5.44

Differential U tube Manometer Problem 2

Preview

9.08

Inverted Differential Manometer

Preview

4.02

Pressure Variation in a Fluid at Rest

8.38

Problems on Weight Lifted by Hydraulic Pressure

7.24

Problem on Force Required at the Plunger

9.3

Problem to Determine Pressure Intensity

9.08

Problem on Load Lifted by Large Piston of Hydraulic Jack

18.18

Pressure Measuring Devices

3.52

Simple U tube Manometer Problem 1

6.5

Simple U tube Manometer Problem 2

6.34

Differential U tube Manometer Problem 1

8.48

Inverted U Tube Manometer Problem

9.19

Hydrostatic Forces on Surfaces

Hydrostatic Forces on Surfaces

Preview

3.57

Center of Pressure

Preview

3.52

Preview

4.2

Problem on Square Plate Used as a Gate for a Tank

Preview

16.17

Problem on Inclined Rectangular Plane Submerged in Water

Preview

15.04

Problem on Vertical Rectangular Plane Immersed in Water

7.01

Problem on Vertical Circular Plate Immersed in Water

9.2

Problem on Vertical Triangular Plate Immersed in Oil

12.22

Problem on Trapezoidal Channel

21.55

Problem on Total Pressure and Center of Pressure on One Side of Tank

17.45

Problem on Inclined Circular Plate Submerged in Water

16.33

Problem on Inclined Hollow Circular Plate Submerged in Water

14.32

Fluid Kinematics

Eulerian and Lagrangian Approach

Preview

17.15

Steady and Unsteady Flow

Preview

5.34

Continuity Equation Problem 1

Preview

5.28

Continuity Equation in Rectangular Coordinate

Preview

27.25

Continuity Equation in Cylindrical Coordinate

Preview

40.56

Rotation Flow and Irrotational Flow Problem 1

Preview

10.06

Streamline Function

Preview

12.22

Constant Streamline

Preview

2.29

Preview

15.48

Bends Problem 1

Preview

21.35

Uniform and Non Uniform Flow

8.41

One Dimensional, Two Dimensional and Three Dimensional Flow

4.29

Laminar Flow and Turbulent Flow

16.16

Compressible Flow and Incompressible Flow

11.29

Sonic Flow, Subsonic Flow and Supersonic Flow

7.41

Critical Flow, Sub Critical Flow and Super Critical Flow

14.36

Continuity Equation Problem 2

8.48

Continuity Equation Problem 3

5.51

Continuity Equation Problem 4

23.07

Rotation Flow and Irrotational Flow

9.35

Streamline Body and Bluff Body

8.26

Velocity Potential Function

5.49

Relation between Velocity Potential Function and Streamline Function

4.04

Constant Velocity Potential

4.16

Velocity Potential Function and Streamline Function Problem 3

11.04

Streamline Function and Velocity Potential Function in Cylindrical Coordinate

12.16

Type of Potential Flow and Uniform Flow (Uniform Flow Part 1)

10.22

Pressure Distribution in Source Flow

6.57

Source Flow Problem

10.39

11.2

Streamline Function and Pathline Function

9.29

Bends Problem 2

21.52

Bends Problem 3

16.04

Bends Problem 4

18.39

Bends Problem 5

11.4

Bends Problem 6

15.31

Type of Potential Flow and Uniform Flow (Uniform Flow Part 2)

10.22

Fluid Dynamics

Introduction to Fluid Dynamics

Preview

9.12

Motion Euler Equation

Preview

15.28

Bernoulli's Equation Problem 1

Preview

16.48

Venturi Meter Problem 1

Preview

13.3

Orifice Meter or Orifice Plate

Preview

17.57

Orifice Meter Problem 1

Preview

6.08

Preview

13.05

Derivation and Equation Navier Stoke

Preview

58.26

Navier Stoke Equation Solution

Preview

14.19

Preview

9.02

Hagen Poiseuille Flow

Preview

5.58

Bernoulli's Equation From Euler Equation

12.28

Bernoulli's Equation Problem 2

14.27

Bernoulli's Equation Problem 3

15.12

Bernoulli's Equation Problem 4

13.48

Bernoulli's Equation Problem 5

17.15

Bernoulli's Equation Problem 6

11.58

Venturi Meter Problem 2

16.35

Venturi Meter Problem 3

14.17

Venturi Meter Problem 4

10.32

Venturi Meter Problem 7

11.5

Venturi Meter Problem 8

9.4

Orifice Meter Problem 2

7.51

Pitot Tube Problem 2

7.23

Pitot Tube Problem 3

4.28

Pitot Tube Problem 1

7.36

Orifice Meter Problem 3

6.48

Real Fluid Flows

Preview

8.1

Laminar Flow Problem 1

Preview

11.5

Preview

11.18

Hydraulic Gradient Line and Total Energy Line

Preview

7.03

Fluid Flow Through Pipes Problem 1

Preview

32.19

Shear Stress in Laminar Flow

19.2

Velocity Profile in Laminar Flow

12.2

Discharge in Laminar Flow

14.48

Drop in Pressure Over and Entire Length of the Pipe

11.03

5.37

Laminar Flow Problem 2

10.1

Laminar Flow Problem 3

17.31

Laminar Flow Problem 4

15

Laminar Flow Problem 5

11.48

Laminar Flow Problem 6

15.24

Laminar Flow Problem 7

15.14

Prandtl Mixing Flow

18.48

Darcy Weisbach Equation Friction Factor

20.47

Darcy Coefficient of Friction in Terms of Shear Stress

6.56

Pipes in Series

22.07

Pipes in Parallel

4.31

Major and Minor Losses

25.45

Fluid Flow Through Pipes Problem 2

16.11

Fluid Flow Through Pipes Problem 4

20.41

Fluid Flow Through Pipes Problem 5

9.49

Fluid Flow Through Pipes Problem 6

20.35

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About the Instructor

Ninad Mahadeshwar

Instructor and teacher

Professor Ninad Mahadeshwar is dedicated to share his deep knowledge in all the subjects related to Mechanical Engineering. As he earned his B.E in Mechanical Engineering from Mumbai University following by his M.Tech in Energy Engg. And thus he is passionate about teaching all the core concepts related to Mech.