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Russia Moscow
Section Mechanics
Title On free movement of puck on horizontal plane
Author(-s) Burlakov D.S.a, Seslavina A.A.a
Affiliations Lomonosov Moscow State Universitya
Abstract We consider the problem of a homogeneous direct cylinder of an arbitrary form (a puck) sliding on a horizontal surface under the action of dry friction forces. The surface contact spot of the cylinder coincides with its base. One of the central hypotheses in the work is the choice of a mathematical model of interaction between a small surface element of a puck and a plane. It is assumed, that the current effect is described by the Amonton-Coulomb's law of friction. In the present work the basic attention is given to the qualitative analysis of the equations of motion for systems, the one which allow to describe dynamics at small values of the system's kinetic energy (final dynamics). Qualitative properties of dynamics for arbitrary pucks are formulated and proved. We present examples illustrating the difference in final dynamics for pucks with round, centrosymmetrical and arbitrary bases on a rough surface.
Keywords dry friction, Amontons-Coulomb law, puck, final dynamics, stability
UDC 539.3
MSC 70F40, 70F35, 70E18
DOI 10.20537/vm120410
Received 15 September 2012
Language Russian
Citation Burlakov D.S., Seslavina A.A. On free movement of puck on horizontal plane, Vestnik Udmurtskogo Universiteta. Matematika. Mekhanika. Komp'yuternye Nauki, 2012, issue 4, pp. 125-139.
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