Investigated are sliding motions of a rigid body on a harmonically driven inclined plane. Coulomb’s law with a random coefficient of friction is assumed. The mean sliding velocity in a steady state of deterministic motions is taken as a measure to compare deterministic with stochastic behavior. Not only do the random parameters influence the deviation in the results but strongly influence the typical features of the different motions themselves. [S0021-8936(00)01701-3]
Issue Section:
Technical Papers
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