Learn · Fluid Mechanics

Lecture 26 of 40Week 8

Lec. 22: Flow in a Pipe - I

Prof. Sanjay Mittal · IIT Kanpur

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From
Fluid Mechanics, IIT Kanpur (at NPTEL)
Licence
CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
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All the lectures

  1. Lec. 1: Introduction to Fluid Mechanics and Rate Processes Video
  2. Lec. 2: The Continuum Hypothesis and Property Video
  3. Lec. 3: The Stress Tensor Video
  4. Lec. 4: Fliuid Statics Video
  5. Lec. 5: Kinematics - 1 Video
  6. Lec. 6 (Part A): Kinematics 2 Video
  7. Lec. 6(Part B): Kinematics 2 Video
  8. Lec. 7: Reynolds Transport Theorem: Conservation of Mass Video
  9. Lec. 8 (Part A): Conservation of Mass - Integral and Differential Forms Video
  10. Lec. 8 (Part - B): Conservation of Mass - Integral and Differential Forms Video
  11. Lec. 9: Integral Form of Momentum Theorem Video
  12. Lec. 10: Derivation of Differential Form of Momentum Equation Video
  13. Lec. 11: Continuity and Momentum Equations in Cartesian and Cylindrical Coordinate System Video
  14. Lec. 12: Boundary Conditions and Various Kind of Flows Video
  15. Lec. 13: Flow Between Two Parallel Plates Video
  16. Lec. 14: Flow in a Pipe of Circular Section Video
  17. Lec. 15: Integral Form of Total Energy Equation - I Video
  18. Lec. 16: Integral Form of Total Energy Equation - II Video
  19. Lec. 17: Integral Form of Total Energy Equation - III Video
  20. Lec. 18 (Part A): Bernoulli Equation Video
  21. Lec. 18 (Part B): Bernoulli Equation Video
  22. Lec. 19: Similitude and Modeling - I Video
  23. Lec. 20: Similitude and Modeling - II Video
  24. Lec. 21 (Part A): Similitude and Modelling - III Video
  25. Lec. 21(Part B): Similitude and Modelling - III Video
  26. Lec. 22: Flow in a Pipe - I Video
  27. Lec. 23 (Part A): Flow in a Pipe - II Video
  28. Lec. 23 (Part B): Flow in a Pipe - II Video
  29. Lec. 24: Low Reynolds Number Flows: Stokes Equation Video
  30. Lec. 25: Viscous Flow: Concept of a Boundary Layer Video
  31. Lec. 26: Inviscid Flows: Velocity Potential Video
  32. Lec. 27: Potential Flow Equations Video
  33. Lec. 28: Some Simple 2D - Potential Flows Video
  34. Lec. 29: Potential Flows - Rankine Half Body and Doublet Video
  35. Lec. 30 (Part A): Flow Past a Cylinder : Potential and Real Flow Video
  36. Lec. 30 (Part B): Flow Past a Cylinder : Potential and Real Flow Video
  37. Lec. 31: Flow Past a Rotating Cylinder : Robins - Magnus Effect Video
  38. Lec. 32 (Part - A): Boundary Layer Video
  39. Lec. 32 (Part - B): Boundary Layer Video
  40. Lec. 33: Sports Aerodynamics - Conventional and Reverse Swing of a Cricket Ball Video