Abstract
The AWJM process is highly used for the machining of very difficult to cut tough materials. In this study a novel attempt was made to find the influence of various process parameters of AWJM process over the machining of duplex 2205 stainless steel alloy. The process parameters considered in this study are transverse speed, abrasive flow rate and stand- off distance. The work is mainly concentrated to obtain reduced angle of kerf taper and minimum surface roughness. The taguchi L9 orthogonal array matrix was used to optimize the responses recorded after the machining. ANOVA table is used to verify the influence of each parameter on the machining of duplex 2205 alloy. The results showed that the stand –off distance is the major influencing parameter which is followed by transverse speed and abrasive flow rate.
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