This paper proposes a novel magnetic abrasive finishing (MAF) process that uses an auxiliary machining tool for the internal surface of thick-walled tube. The and external poles form closed field circuit. Thus, stronger force can be generated during process. In current study, we focus on analyzing distribution flux density investigating characteristics mixed speed relative revolutions. Based ch...

Thermal stability and Surface hardness of the super-finished surface is a very important aspect to preserve texture workpiece in MAF process. In this present study, multi-objective optimization EN-31 finished through “Increase Temperature” Hardness” are considered for diminish their impact on EN-31. work Desirability function analysis (DFA) has been used optimize desired responses Experiments w...