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Less Boring Lectures

Less Boring Lectures

Engineering lectures condensed into focused 10-minute lessons, with short worked examples so you can practice what you have learned.

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  1. [OLD VERSION] Mech Design - Week 05 - Fatigue and Marin Coefficients 35:17
  2. Dynamics - Rectilinear Motion - Acceleration as a Function of s in 3 Minutes! 5:23
  3. [OLD VERSION] Mech Design - Week 05 - Basic Fatigue Under Cyclic Loading 19:27
  4. [OLD VERSION] Mech Design - Week 05 - Exam 1 Solution 32:46
  5. Curvilinear Motion in Cartesian/Rectangular Coordinates - Acceleration Example in 3 Minutes! 5:18
  6. [OLD VERSION] Mech Design - Week 04 - Castigliano's Theorem 42:33
  7. Curvilinear Motion in Cartesian/Rectangular Coordinates - Time Acceleration Example in 3 Minutes! 5:46
  8. Tolerance Analysis - Interference - Example 2 5:28
  9. [OLD VERSION] Mech Design - MoM Equations, Quick Summary 1:02:16
  10. Isentropic Turbine in Brayton Cycle Example in 4 Minutes! 6:41
  11. Using Isentropic Efficiency to Find Turbine Mass Flow Rate in 4 Minutes! 6:39
  12. Curvilinear Motion in Normal-Tangential (n-T) Coordinates in 11 Minutes! 14:16
  13. [OLD VERSION] Mech Design - Week 02 - Mohr's Circle Equations Derivation 32:11
  14. [OLD VERSION] Mech Design - Week 02 - Principal Stresses Under a Given Loading 43:14
  15. Mech Design - Quiz 1A 12:24
  16. Curvilinear Motion in Polar/Cylindrical Coordinates in 11 Minutes! 14:44
  17. Mech Design - Week 01 - Normal Distribution 11:58
  18. Dynamics Polar Coordinates Motion Example in 2 Minutes! 4:55
  19. Mech Design - Quiz 2B 25:49
  20. Ideal BRAYTON CYCLE Explained in 11 Minutes! 16:03
  21. Polar Coordinates for Curvilinear Motion Example in 2 Minutes! 5:12
  22. Mech Design - Quiz 2A 21:52
  23. Maximum Normal Stress, Brittle Coulomb Mohr, Modified-Mohr Criteria Examples 12:59
  24. Curvilinear Motion - Polar Coordinates Example in 2 Minutes! 4:55
  25. Mohr's Circle - Simple Combined Loading - Example 2 4:44
  26. OTTO CYCLE and Internal Combustion Engines in 10 Minutes! 13:41
  27. Mohr's Circle - Given Stress State Element - Example 1 5:24
  28. Helium OTTO CYCLE Pressure and Temperature Example in 3 Minutes! 5:39
  29. COMPLETE Mohr's Circle Review in Just Over 10 Minutes (UPDATED VERSION below!) 16:58
  30. Otto Cycle THERMAL EFFICIENCY Example in 3 Minutes! 5:33
  31. Uncertainty for Design Factor Calculations (TOLERANCE LOOPS) in 10 Minutes! 14:15
  32. Pi-Shaped Beam - Transverse Shear Review - Example 1 4:52
  33. Otto Cycle MEAN EFFECTIVE PRESSURE in 3 Minutes! 5:26
  34. Fracture Toughness - Stress Intensity Modification Factor - Example 1 4:49
  35. Transverse Shear Review for Mechanical Design in Under 10 Minutes! (updated below!) 12:17
  36. Thermodynamics DIESEL CYCLE in 10 Minutes! 13:33
  37. Deflection of Beams Review for Mechanical Design in Just Over 10 Minutes (updated version below!) 16:25
  38. Diesel Cycle EFFICIENCY with Variable Specific Heats in 3 Minutes! 6:24
  39. Change in Entropy after Adding Energy to a System in 4 Minutes! 6:20
  40. Castigliano's Theorem - 3D L-Shaped Bar Deflection - Example 2 5:29
  41. Reversible, Adiabatic Process - ISENTROPIC process in 3 Minutes! 5:42
  42. Castigliano's Theorem - Slope of Beam - Example 1 4:51
  43. Change in Entropy Using Specific Heats in 3 Minutes! 6:10
  44. Castigliano's Theorem in Under 10 Minutes [NEW VERSION LINKED BELOW!!!] 12:12
  45. Beam Deflection Review - Example 1 - Singularity Functions with Variables 5:41
  46. Derivation of Diesel Cycle EFFICIENCY for Constant Specific Heats in 5 Minutes! 7:22
  47. DESIGN FACTOR and Uncertainties for Mechanical Design in Under 10 Minutes! 11:02
  48. Bending Stress in a T-Shape Cross-Section Beam - Bending Review - Example 1 5:19
  49. Thermodynamics - DUAL Combustion Cycles in 6 Minutes! 8:15
  50. Regeneration, Intercooling, and Reheating in 13 Minutes! 18:01