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The Efficient Engineer

The Efficient Engineer

The Efficient Engineer simplifies engineering concepts for mechanical and civil engineers and anyone curious about how things work. Each episode breaks down a core topic, such as stress, fluid mechanics or structural design, in clear, accessible terms. The mission is to make engineering easier to understand, one concept at a time. Links: Summary Sheets: https://efficientengineer.com/summary/ Support the Channel: https://www.patreon.com/efficientengineer

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Episodis

46 episodis

  1. Understanding Buckling 19:33
  2. Understanding Metals 22:42
  3. Understanding Vibration and Resonance 25:26
  4. Understanding the Finite Element Method 24:20
  5. Understanding Thermal Radiation 22:17
  6. Understanding Viscosity 16:39
  7. Understanding Conduction and the Heat Equation 24:05
  8. Understanding Aerodynamic Lift 19:03
  9. How Levers, Pulleys and Gears Work 20:37
  10. Understanding Aerodynamic Drag 21:27
  11. Understanding Engineering Drawings 28:18
  12. Understanding the Deflection of Beams 27:59
  13. Understanding GDandT 37:16
  14. Understanding Bernoulli's Equation 18:28
  15. The Incredible Strength of Bolted Joints 22:42
  16. Understanding Laminar and Turbulent Flow 19:43
  17. The Incredible Properties of Composite Materials 30:20
  18. Understanding Stresses in Beams 19:32
  19. The Ingenious Design of Strain Gauges 25:24
  20. Understanding Failure Theories (Tresca, von Mises etc...) 21:02
  21. How to Build a Satellite 33:51
  22. Understanding and Analysing Trusses 22:25
  23. Understanding Momentum 25:21
  24. Understanding the Area Moment of Inertia 14:49
  25. The Surprising Science of Plastics 32:41
  26. Understanding True Stress and True Strain 9:34
  27. The Insane Properties of Superalloys 18:00
  28. Understanding Torsion 13:59
  29. Understanding Pressure Vessels 14:59
  30. An Introduction to Stress and Strain 13:46
  31. Understanding Friction 24:48
  32. Understanding Shear Force and Bending Moment Diagrams 21:07
  33. Understanding Steels and Heat Treatment 31:19
  34. How Things Are Made | An Animated Introduction to Manufacturing Processes 14:13
  35. Understanding Calculus (for engineers) 41:50
  36. Understanding Stress Transformation and Mohr's Circle 9:59
  37. The Problem with Stainless Steel 26:17
  38. The Problem with Titanium 30:20
  39. Understanding Fatigue Failure and S-N Curves 12:07
  40. The Problem with Welding 27:21
  41. Understanding Material Strength, Ductility and Toughness 10:03
  42. The Explosion that Changed the Pipeline Industry 26:29
  43. Understanding Young's Modulus 9:26
  44. Can an Algorithm Design the Perfect Structure? 21:27
  45. Understanding Poisson's Ratio 13:30
  46. How a Simple Mechanism Brought Down Flight 981 24:38