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INDEX
  1. Introduction to Reactive Fluid Dynamics
  2. Today's contents
  3. Basic concept of reactive flows
  4. What is reactive flows ?
  5. Most important point of reactive fluids
  6. Basis of Reactive Fluid Dynamics
  7. Concentration and fraction
  8. Understanding reactive flows
  9. Governing equations
  10. Conservation equations of physical motion
  11. Reaction model
  12. Conservation equations of physical motion
  13. Reaction model
  14. Passive scalar or active scalar ?
  15. Passive: constant property
  16. Active: variable property
  17. Passive: constant property
  18. Active: variable property
  19. Passive: constant property
  20. Non-dimensional parameter for reactive flows
  21. Damkohler number
  22. Damkohler number
  23. Damkohler number
  24. Damkohler number
  25. Damkohler number
  26. Mixing due to Molecular diffusion
  27. Mixing due to advection
  28. When the viscosity is low
  29. Non-steady motion opens new world
  30. Non-steady motion opens new world
  31. Combustion
  32. Combustion plays a key role in many energy devices
  33. Combustion over a Clathrate Hydrate
  34. Combustion over a hydrate can be predicted numerically
  35. Mixing and reaction in high viscous fluid
  36. Test section
  37. Parameters
  38. Test section
  39. Parameters
  40. Test section
  41. Parameters
  42. Flow Field
  43. Parameters
  44. Flow Field
  45. Flow and reaction patterns
  46. Effect of initial locations
  47. Both reactants are initially located in the regular region
  48. One reactant is in regular, the other in chaotic region
  49. Both reactants are initially located in the chaotic region
  50. Effect of initial locations
  51. Application of Chaos
  52. Non-element mixer and reactor
  53. Application of Chaos1
  54. Application of Chaos2
  55. Summary
  56. Q1
  57. Q2
  58. Q3
  59. Q4
  60. Q5
  61. Q6
  62. Q7