Fluid Mechanics-I - Unique Schooling

Introduction to Fluid Mechanics & Fluid Properties

Introduction

14:35
Viscosity-01

06:43
Viscosity-02

11:54
Viscosity-03

04:51
Types of fluids & Variations of shear stress with velocity gradient

17:30
Surface Tension, Capillarity, Compressibility and Bulk Modulus

25:11
Formula

07:18
Problem 1_ Viscosity related problem

08:55
Torque related problem

06:42
Problem 3_ Determine dynamic viscosity and kinematic viscosity

04:40
Problem 4_ Viscosity for inclined plane

06:03
Problem 5_ Capillarity related problem

03:26
Problem 6_ Capillarity related problem

03:49
Problem 7_ Air bubble and Soap bubble related math

02:15

Hydrostatic forces on surfaces

What is total pressure and center of pressure?

06:48
Horizontally Immersed Surface_ Derive Total Pressure

06:01
Vertically Immersed Surface_ Derive Total Pressure and Centre of Pressure

19:17
Inclined Immersed Surface_ Derive Total Pressure and Centre of Pressure

16:45
Curved Immersed Surface

04:36
Formula_ Total Pressure_ Centre of Pressure_ Moment of Inertia

07:28
Problem 1_ Circular Plate – Vertically immersed

04:59
Problem 2_ Rectangular Plate- Vertically immersed

05:50
Problem 3_ Triangular plate – Vertically immersed

04:22
Problem 4_ Rectangular Plate – inclined surface

10:29
Problem 5_ Circular plate – inclined surface

09:21
Problem 6_ Annular plate – inclined surface

12:25
Problem 7_ Special type

14:14

Buoyancy and Stability

Buoyancy and Archimedes Principle

05:48
Stability

15:11
Metacenter and Metacentric Height

06:14
Derivation_ Determination of Metacentric Height (Analytical Method) Part 1

08:08
Derivation_ Determination of Metacentric Height (Analytical Method) Part-2

08:51
Derivation_ Determination of metacentric height (theoretically)

10:15
Problem 1_ Metacentric height of a Rectangular object

08:43
Problem 2_ Metacentric height of solid cylinder

06:55
Problem 3_ Stability of Solid Cylinder(720P_HD).mp4

05:45
Problem 4_ Stability of solid cube

07:34

Pressure and Fluid Statics & Manometer Related Problems

Introduction to the chapter

04:17
What is absolute pressure

02:28
Gauge Pressure and Vaccum Pressure

03:53
Derive_ Pressure at a point in a fluid has the same magnitude in all directions (Pascals Law)

10:24
Derive_ Pressure is same at all points on a horizontal line

05:37
Variation of pressure with depth

08:57
How to solve Manometer related problems

15:17
Problem-1_ Simple manometer

07:45
Problem 2_ U tube Manometer

11:07
Problem 3_ Determine gauge or vaccum pressure

02:17
Problem 4_ inverted differential manometer

05:11
Problem 5_ Inclined manometer

05:39

Course Content

Introduction to Fluid Mechanics & Fluid Properties

Introduction

Viscosity-01

Viscosity-02

Viscosity-03

Types of fluids & Variations of shear stress with velocity gradient

Surface Tension, Capillarity, Compressibility and Bulk Modulus

Formula

Problem 1_ Viscosity related problem

Torque related problem

Problem 3_ Determine dynamic viscosity and kinematic viscosity

Problem 4_ Viscosity for inclined plane

Problem 5_ Capillarity related problem

Problem 6_ Capillarity related problem

Problem 7_ Air bubble and Soap bubble related math

Hydrostatic forces on surfaces

What is total pressure and center of pressure?

Horizontally Immersed Surface_ Derive Total Pressure

Vertically Immersed Surface_ Derive Total Pressure and Centre of Pressure

Inclined Immersed Surface_ Derive Total Pressure and Centre of Pressure

Curved Immersed Surface

Formula_ Total Pressure_ Centre of Pressure_ Moment of Inertia

Problem 1_ Circular Plate – Vertically immersed

Problem 2_ Rectangular Plate- Vertically immersed

Problem 3_ Triangular plate – Vertically immersed

Problem 4_ Rectangular Plate – inclined surface

Problem 5_ Circular plate – inclined surface

Problem 6_ Annular plate – inclined surface

Problem 7_ Special type

Buoyancy and Stability

Buoyancy and Archimedes Principle

Stability

Metacenter and Metacentric Height

Derivation_ Determination of Metacentric Height (Analytical Method) Part 1

Derivation_ Determination of Metacentric Height (Analytical Method) Part-2

Derivation_ Determination of metacentric height (theoretically)

Problem 1_ Metacentric height of a Rectangular object

Problem 2_ Metacentric height of solid cylinder

Problem 3_ Stability of Solid Cylinder(720P_HD).mp4

Problem 4_ Stability of solid cube

Pressure and Fluid Statics & Manometer Related Problems

Introduction to the chapter

What is absolute pressure

Gauge Pressure and Vaccum Pressure

Derive_ Pressure at a point in a fluid has the same magnitude in all directions (Pascals Law)

Derive_ Pressure is same at all points on a horizontal line

Variation of pressure with depth

How to solve Manometer related problems

Problem-1_ Simple manometer

Problem 2_ U tube Manometer

Problem 3_ Determine gauge or vaccum pressure

Problem 4_ inverted differential manometer

Problem 5_ Inclined manometer

Fluid Kinematics

Lagrangian and Eulerian Description

Velocity and Acceleration in Cartesian Coordinate System

Acceleration in Cylindrical and Spherical Coordinate System

Types of fluid flow

Flow Visualization_ Streamline_ Streakline_ Pathline

Deformation of fluid elements

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