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Course39 lectures31 h 48 min

ME 109 - Fall 2006

Arun Majumdar · University of California, Berkeley

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About

ME 109: Heat Transfer - Fall 2006. This course covers transport processes of mass, momentum, and energy from a macroscopic view with emphasis both on understanding why matter behaves as it does and on developing practical problem solving skills. The course is divided into four parts: introduction, conduction, convection, and radiation.

Heat Transfer

Introduction to Heat Transfer - Problem Definition

Heat Transfer in our Lives

Energy Balance in Control Volume and Interfaces (low audio)

Heat Conduction, Fourier Law, Governing Equations (noisy audio first 7 minutes)

Governing Equations

1-D Steady State Heat Conduction I

1-D Steady State Heat Conduction II

Resistance Networks

Extended Surfaces - Fins

Fin Design and Performance

Lectures

  1. Introduction to Heat Transfer - Problem Definition 2006-08-28 · 51 min · Audio
  2. Heat Transfer in our Lives 2006-08-30 · 52 min · Audio
  3. Energy Balance in Control Volume and Interfaces (low audio) 2006-09-01 · 59 min · Audio
  4. Heat Conduction, Fourier Law, Governing Equations (noisy audio first 7 minutes) 2006-09-06 · 56 min · Audio
  5. Governing Equations 2006-09-08 · 53 min · Audio
  6. 1-D Steady State Heat Conduction I 2006-09-11 · 52 min · Audio
  7. 1-D Steady State Heat Conduction II 2006-09-13 · 52 min · Audio
  8. Resistance Networks 2006-09-15 · 48 min · Audio
  9. Extended Surfaces - Fins 2006-09-18 · 52 min · Audio
  10. Fin Design and Performance 2006-09-20 · 52 min · Audio
  11. 2-D Steady State Heat Conduction - Theoretical I 2006-09-22 · 52 min · Audio
  12. 2-D Steady State Heat Conduction - Theoretical II 2006-09-25 · 38 min · Audio
  13. 2-D SS Heat Conduction - Computational Approach I 2006-09-27 · 53 min · Audio
  14. 2-D SS Heat Conduction - Computational Approach II 2006-09-29 · 51 min · Audio
  15. Transient Heat Conduction - Lumped Capacitance 2006-10-02 · 59 min · Audio
  16. Transient Heat Conduction - Lumped & Computational Analysis 2006-10-04 · 52 min · Audio
  17. Transient Heat Conduction - Computational Approach 2006-10-06 · 50 min · Audio
  18. Introduction to Convection - Gov.Equations, External Flows 2006-10-09 · 52 min · Audio
  19. Course Review for Midterm 1 2006-10-11 · 52 min · Audio
  20. External Flows - Integral Method 2006-10-16 · 51 min · Audio
  21. External Flows - Integral Method, Turbulence & Other Flows 2006-10-18 · 50 min · Audio
  22. Internal Flows - Fluid Dynamics 2006-10-20 · 47 min · Audio
  23. Internal Flows - Energy Balance Equations 2006-10-23 · 48 min · Audio
  24. Internal Flows - Temperature Profiles 2006-10-25 · 49 min · Audio
  25. Free Convection 2006-10-30 · 48 min · Audio
  26. Heat Exchangers - Basic Designs 2006-11-01 · 46 min · Audio
  27. Heat Exchangers - LMTD Method 2006-11-03 · 51 min · Audio
  28. Heat Exchangers 2006-11-06 · 49 min · Audio
  29. Heat Exchangers - NTU Method I 2006-11-08 · 47 min · Audio
  30. Radiation - Phenomena & Definitions 2006-11-13 · 50 min · Audio
  31. Radiation - Blackbody 2006-11-15 · 43 min · Audio
  32. Radiative Exchange Between Black Surfaces I 2006-11-20 · 49 min · Audio
  33. Radiative Exchange Between Black Surfaces II 2006-11-22 · 50 min · Audio
  34. Radiative Exchange Between Non-Black Surfaces I 2006-11-27 · 49 min · Audio
  35. Radiative Exchange Between Non-Black Surfaces II 2006-11-29 · 33 min · Audio
  36. Other Heat Transfer Phenomena - Boiling, Condensation 2006-12-01 · 48 min · Audio
  37. Heat Transfer Beyond ME109 I 2006-12-04 · 58 min · Audio
  38. Heat Transfer Beyond ME109 II 2006-12-06 · 38 min · Audio
  39. Overview of the Whole Course 2006-12-08 · 37 min · Audio

Credits and licence

Institution
University of California, Berkeley
Teacher
Arun Majumdar
Year
2006
Level
Undergraduate
Language
English
Source
Internet Archive
Licence
Internet Archive states no licence for it. Internet Archive's terms
Attribution
2006 Regents of the University of California
Who can watch
Internet Archive gives no rating. Invisible Network shows it to Teens profiles and older, judged from what the source says about it. How courses are placed