RESEARCH FEATURES OF PARTICLE MOVEMENT IN THE INSTALLATION FOR CENTRIFUGAL PROCESSING DETAILS

Abstract

The article discusses the use of centrifugal machining partsgranulated workspaces, which can increase productivity and process quality finish in grinding, polishing, preparation of surfaces for coating, deburring and edge rounding.A major drawback is the centrifugal processing chamber formation in different intensity zones of influence granules working environment for machining the surfaces, in particular – an area of relative calm (stagnant zone). The scheme centrifugal processing, which avoids dead zones intensification relative motion of beads and components.Additional movement granules cyclically destroys stagnant zone that enhances stability and handling quality characteristics of surface detail.Study of the relative motion of the particles of abrasive media andparts, allowing prove constructive and technological parameterssettings for centrifugal processing details. Using the proposed method can determine the velocity of the abrasive particles on the surface of the working chamber, which will provide the necessary intensity centrifugal processing.