MAGNETO-RHEOLOGICAL ABRASIVE FLOW FINISHING OF STAINLESS STEEL BY USING FLUENT ANSYS 18.1

An advanced nano completing procedure called magneto-rheological abrasive flow finishing, which is just a joined cross breed type of abrasive flow machining process and magneto-rheological finishing process, has been intended for smaller scale finishing of parts even with troublesome geometry for an expansive scope of modern purposes. In the current work, a model for the forecast of evacuation of material and surface roughness has been evaluated. An exertion has been made to consider the flow going through the stainless steel work piece by CFD modeling in ANSYS 18.1 FLUENT. By accepting the medium as Bingham plastic different parameters influencing the surface roughness has been determined. Likewise a hypothetical estimation is made for the model on the model that no attractive field is applied and, at that point similar investigation of the two models is proposed. An optimization of the procedure has likewise been completed. With the assistance of SN Ratio plot and Means plot advanced estimation of information parameters has been discovered to accomplish better surface completion.