Influence of an Additional Degree of Freedom of the Oscillating Part of a System on the Self-Synchronization of Mechanical Vibration Exciter

摘要

A model in the form of the massive solid carrying body with rigidly held solid vibration exciters was investigated. Options to connect additional masses to the carrying body fixed by elastomerics providing stability of the desired rotation exciters phasing, unstable without such masses, are considered. The main attention was paid to equipment operation in the definitely stable after-resonant mode.