Abstract
In the paper the calculation and comparative analysis of the technical characteristics and main parameters of a vibrator with circular oscillations with a driving force equal to 5 kN and a vibrating device with asymmetric oscillations with a similar driving force for two, three and four stages of vibration blocks with directional vibrations are performed based on the design methodology of vibration devices with asymmetric oscillations. The aim of this paper is to identify the positive and negative effects in the transfer of the vibrator with circular oscillations on the vibrating device with asymmetric oscillations. The paper uses a method for selecting rational ratios of static moments of debalances, which provides the highest coefficient of azimuth of the driving force of both individual stages of vibration blocks, and the coefficient of the total driving force of the entire device as a whole. This paper will be useful for manufacturers of vibration machines for construction and road vehicles.
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