An analytical method to quantify the damping force of a twin tube shock absorber is proposed. Fluid and chambers compressibility effects and fluid cavitation are included. A comparison of a calculated damping force against the ideal damping force (assuming that non-cavitation occurs) is presented.
Modelling a Twin Tube Cavitating Shock Absorber
2006-08-01
10 pages
Article (Journal)
Electronic Resource
English
Modelling a Twin Tube Cavitating Shock Absorber
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