Abstract
New vibration assisted magnetic abrasive finishing process using pulsed pressure is proposed in order to develop highly efficient finishing technology. All previous studies have developed the magnetic abrasive machining under a constant pressure. This paper describes plane magnetic abrasive finishing process under a pulsed pressure that workpiece is vibrated in a vertical direction or elliptical direction to the machined surface. Some kinds of experiments have been carried out in order to investigate the machining effects resulted from pulsed pressure. The machining characteristics are represented summarily and the mechanism is discussed. The vertical vibration-assisted process leads to higher finishing efficiency and rougher surface than conventional process under a constant pressure. However, the elliptical vibration-assisted magnetic finishing process, results in a good finish and high removal rate.
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