Electrolytic magnetic abrasive finishing

Fem Based Modeling of Cylindrical-Magnetic Abrasive Finishing (C-Maf) Process Using Unbounded Magnetic Abrasives

“…The simulation results for material removal and surface roughness during C-MAF are validated with the experimental results of Yan et al [17]. The machining parameters and material properties employed in the simulation are taken from reference [17] and are given in [17] for comparison.…”

“…The machining parameters and material properties employed in the simulation are taken from reference [17] and are given in [17] for comparison. Fig.…”

Experimental Perspective of Electrolytic Magnetic Abrasive Machining: A Review

“…Fig. 2 schematically depicts the EMAM setup for better machining and finishing [25]. The parts numbering shows 1-DC power source, 2-brush, 3-electrode, 4-magnetic abrasives, 5-workpiece, 6-magnetic poles, 7-electrolyte reservoir, 8-electrolytic tank, 9-electrolyte 10-filter, 11-pump, 12-Metering Valve, 13-flow gauge.…”

“…Therefore, the hybrid process combining both as constituent processes evolved. Yan et al (2003) reported working efficiency of EMAF much higher than MAF matches low electrolytic current density closely to avoid electrolysis and provide permissible condition for accelerating the removal of material and simultaneously obtain superior finished surface [26]. Fang et al (2002) reported magnetic field electrochemistry on removal rate, finishing efficiency for electrochemical machining [25].…”

Development of a New Internal Finishing of Tube by Magnetic Abrasive Finishing Process Combined with Electrochemical Machining

“…On the other hand, electrochemical machining is well known due to its short finishing time and high surface finishing capability for metals such as SUS304 [10], [11]. Electrochemical finishing for aluminum causes pits in most cases [12], [13].…”