Efficient modeling of this phenomenon makes use of a small velocity interval in the Karnopp model, while a rate-independent model proposed by Bliman and Sorine allow the use of Hysteresis theory.
Rabinowicz studied the behavior of this phenomenon for small displacements. Efficient modeling of this phenomenon makes use of a small velocity interval in the Karnopp model, while a rate-independent model proposed by Bliman and Sorine allow the use of Hysteresis theory. That model is derived from a stress-strain model named for Dahl Haessig and Friedland proposed a reset integrator model as a simplification of a bristle model based on simple harmonic oscillators. A parameter proportional to this effect has a minimum at low velocity in Stribeck effect. In the simplest model of this phenomenon, named for Coloumb, a plot of its magnitude against velocity looks like a step function proportional to the normal force. For 10 points, name this non-conservative force which opposes motion.
Rabinowicz studied the behavior of this phenomenon for small displacements.
Friction [accept dynamic friction, reverse prompt on any other kind of \"friction\" or \"stiction\"]