Abstract

MAJEWSKI, Tadeusz. Vibratory Forces and Synchronization in Physical Systems. Ingenier. mecáni. tecnolog. desarroll [online]. 2013, vol.4, n.4, pp.119-128. ISSN 1665-7381.

In this paper vibratory forces are studied. The paper presents some physical systems in which synchronization occurs. This phenomenon is a result of vibratory forces. Depending on the ratio of the frequency of excitation to the natural frequency, one can obtain contactless transmission of power or the elimination of vibration. The phase angle between two or more objects that move in unison depends on the parameters of the system. For some systems mathematical models, results of simulation, and properties are presented. It is shown that in each system with vibration there are inertial forces that can change the properties of the system, generate continuous angular or rectangular motion or can give an effect of synchronization.

Keywords : Synchronization; vibratory forces; mechanical systems; selfbalancing systems.