Fluid Mechanics – Advanced mathematical derivations

سرفصل های دوره

A next level progressive course

1. Boundary Layer Concepts

1.1 1.pdf

1. Boundary Layer Theory

2.1 2.pdf

2. Magnus Effect

3.1 3.pdf

3. Circulation

4.1 4.pdf

4. Von-Karmans momentum integral equation

5.1 5.pdf

5. Laminar Boundary Layer

6.1 6.pdf

6. Turbulent Boundary Layer

7.1 7.pdf

7. Boundary Layer Seperation

2. Closed Conduit Flow

1.1 8.pdf

1. Reynolds Experiment

2.1 9.pdf

2. Major energy losses in pipes - Darcys equation

3.1 10.pdf

3. Minor Energy Losses in pipes-(Part-1)

4.1 11.pdf

4. Minor Energy Losses in pipes-(Part-2)

5.1 12.pdf

5. Hydraulic Gradient Line and Total Energy Line

6.1 13.pdf

6. Pipes in series and pipes in parallel

3. Laminar and Turbulent Flows

1.1 14.pdf

1. Laminar flow between parallel plates Both plates at rest

2.1 15.pdf

2. Flow of viscous fluid through circular pipe

3.1 16.pdf

3. Flow through inclined tubes

4.1 17.pdf

4. Turbulent Flow - An Introduction

5.1 18.pdf

5. Velocity distribution in Turbulent flow in pipes

6.1 19.pdf

6. Hydrodynamically Smooth and Rough Boundaries

7.1 20.pdf

7. Velocity distribution in Turbulent flow in smooth & rough pipes

4. Flow of Compressible Fluid

1.1 21.pdf

1. Basic equations of compressible flow (Part-1)

2.1 22.pdf

2. Basic equations of compressible flow (Part-2)

3.1 23.pdf

3. Velocity of Sound wave in a fluid - (Part-1)

4.1 24.pdf

4. Velocity of Sound wave in a fluid - (Part-2)

5.1 25.pdf

5. Mach Number and Propagation of sound wave

6.1 26.pdf

6. Mach Number and Flow of Compressible fluid through a pipe

7.1 27.pdf

7. Mach Number and Normal Shock

8.1 28.pdf

8. Stagnation properties - (Part-1)

9.1 29.pdf

9. Stagnation properties - (Part-2)

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