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LearnChemE

LearnChemE

Screencasts on chemical engineering topics from faculty at the University of Colorado Boulder, covering thermodynamics, fluid mechanics, materials science, engineering computing and more. Links: LearnChemE: http://www.learncheme.com Facebook: https://www.facebook.com/LearnChemE Donate: https://giving.cu.edu/fund/learncheme-project-support-fund

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Épisodes

59 épisodes

  1. Directions in Crystals 7:15
  2. Evaporative Cooling Digital Experiment 5:50
  3. Distillation of a Two Component Mixture Part 2 6:34
  4. Excel Bootcamp 3c 1:52:16
  5. Dimensionless Groups (Reynolds Number Example) 7:10
  6. Excel Bootcamp 4a 1:03:32
  7. Bernoulli Equation Example 9:39
  8. Excel Bootcamp 4b 55:51
  9. Acceleration along a Streamline 6:46
  10. MATLAB Bootcamp 3b 59:15
  11. Continuity Equation in Integral Form 6:45
  12. MATLAB Bootcamp 3a 1:08:07
  13. Drag Force on an Irregular Object 13:05
  14. MATLAB Bootcamp 2c 1:09:13
  15. Fully Developed Laminar Flow (Using Force Balance) 8:59
  16. MATLAB Bootcamp 2b 1:26:18
  17. Capillary Action 7:22
  18. MATLAB Bootcamp 2a 1:28:51
  19. Buoyancy of a Box 6:16
  20. MATLAB Bootcamp 1a 1:38:15
  21. Boundary Conditions for a Velocity Profile 12:57
  22. MATLAB Bootcamp 1b 1:53:11
  23. Derive Equation for a Pressure Field 11:51
  24. Learn Chemical Engineering 7:00
  25. Lift and Drag on Aircraft 6:53
  26. Digital Experiments 7:06
  27. Boundary Layers 13:00
  28. Feedforward Control Example (Dynamic) 13:22
  29. Boundary Layer Example Problem 7:29
  30. Determine Antoine Constants Digital Experiment 5:19
  31. Using Similitude to Scale from Model to Prototype 9:13
  32. Ranque-Hilsch Tube Digital Experiment 6:09
  33. Continuity and Stream Functions 10:45
  34. Adiabatic Flash Drum with Binary Liquid Feed Digital Experiment 6:13
  35. Velocity Potentials and Stream Functions 7:05
  36. Measure Heat Capacity with a Calorimeter Digital Experiment 5:08
  37. Introduction to Kinematics 6:16
  38. Single-component Fugacity Dependence on Pressure and Temperature (Interactive Simulation) 7:30
  39. Heat Loss from a Cylindrical Pin Fin 16:08
  40. Carnot Heat Pump 6:22
  41. Heat Transfer Rate: Tube Bank 13:09
  42. Learn Physical Chemistry 5:10
  43. Rod Center-line Temperature 11:53
  44. Adiabatic Gas Expansion Between Two Tanks Digital Experiment 5:37
  45. Nucleate Boiling Example 8:53
  46. Gas-Phase Chemical Equilibrium at Constant Pressure or Volume (Interactive Simulation) 5:37
  47. Compare Compressors or Turbines with Different Efficiencies (Interactive Simulation) 5:58
  48. Heat Transfer Rate: Cross-Section Orientation 8:23
  49. Joule-Thomson Expansion (Interactive Simulation) 6:08
  50. Composite Wall: Maximum Temperature 13:53