『7 post rig』 の Facebook へ
Home
- Caution
- <1.> Basic
- 1. What is the damping force?
- 2. How dampers generate the damping force?
- 3. Damper’s pumping function (1), Piston
- 4. Damper’s pumping function (2), Shaft
- 5. Reservoir, volume compensator
- 6. Pressure loss
- 7. Minimum components of a damper
- 8. Pressure control valve
- 9. Oil flow in the damping valve, poppet valve
- 10. Oil flow in the damping valve, shims
- 11. Oil flow in the damping valve, bump
- 12. Pressure in each oil chamber on the bump and rebound stroke (1)
- 13. Pressure in each oil chamber on the bump and rebound stroke (2)
- 14. Conventional dampers
- <2.> Practical
- 15. Mono tube damper
- 16. Double tube damper
- 17. Dampers with a canister
- 18. Others
- 19. Double tube damper for race
- 20. Damping characteristics
- 21. Low speed adjuster, rebound
- 22. Low speed adjuster, bump
- 23. High speed adjuster, rebound
- 24. High speed adjuster, bump
- 25. Adjusters on the double tube race dampers
- 26. Slope adjuster, KONI
- 27. Damper parts, linear piston
- 28. Damper parts, digressive piston
- 29. Damper parts, shim stack (1)
- 30. Damper parts, shim stack (2)
- 31. Damper parts, poppet valve
- 32. Damper parts, oil seal
- 33. Damper dyno
- 34. Measuring damping force
- 35. Damping force plot (1)
- 36. Damping force plot (2)
- 37. How to read a damping plot
- 38. Trouble shooting
- 39. Achievable damping curve
- 40. Gas pressure reaction force
- 41. Cavitation
- 42. Friction
- 43. Oil compressibility
- 44. Hysteresis
- 45. Hysteresis, lag
- 46. Hysteresis, damper types
- 47. Hysteresis, damper size
- <3.> Advanced
- 48. Pressure vs damping force, piston
- 49. Pressure vs damping force, piston example/a>
- 50. Pressure vs damping force, shaft
- 51. Pressure vs damping force, shaft example
- 52. Pressure vs damping force, piston + shaft
- 53. Pressure vs damping force, piston + shaft example
- 54. Pressure balance
- 55. Pressure loss (1)
- 56. Pressure loss (2)
- 57. Pressure loss (3)
- 58. Orifices in series
- 59. Orifices in parallel
- 60. Pressure loss of poppet valve
- 61. An orifice and a poppet in parallel
- 62. Poppet valve with preload
- 63. An orifice and a poppet with preload in parallel
- 64. Spring rate of a gas reservoir (1)
- 65. Spring rate of a gas reservoir (2)
- 66. Spring rate of a gas reservoir, example
- 67. How temperature change affect to the oil volume and gas pressure
- 68. How temperature change affect to the ride height
- 69. Needle style low speed adjuster
- 70. Improvement of needle adjuster
- 71. Use of turbulence flow
- 72. Math. and physics
- 73. Hysteresis again
- <4.> Damper devices
- 74. Blow off damper
- 75. Regressive damping
- 76. Frequency dependent damping
- 77. Position sensitive damping
- 78. Hydraulic bump stop
- 79. Adjustable hysteresis
- 80. Linked damper
- 81. G sensitive damping
- 82. Skyhook damping
- 95. Spool damper, DSSV
- 96. Inerter
- 97. Mercedes active body control, ABC & MBC
- <5.> A mass and a spring system
- 83. A mass and a spring
- 84. Natural frequency
- 85. A mass and a spring with a damper
- 86. Critical damping, damping rate
- 87. Frequency response of the 1 D.O.F.
- 88. Frequency response of the 1 D.O.F. with a damper
- 89. Phase lag
- 90. 1 D.O.F. simulation in the Excel (1)
- 91. 1 D.O.F. simulation in the Excel (2)
- 92. 2 D.O.F.
- 93. 4 D.O.F.
- 94. 1 D.O.F. with gravity
- 98. Motion ratio, wheel rate
- 99. Motion ratio, damping at wheel
- 100. Spring rate, droop spring
- 101. Spring, preload
- 102. 4 post rig
- 103. 7 post rig (1)
- 104. 2 D.O.F. simulation in the Excel
- 105. 7 post rig (2)
- 106. 7 post rig, track simulation
- 107. The end