EFFECT OF SPEED, FEED & DEPTH OF CUT ON VIBRATION AND SURFACE ROUGHNESS DURING TURNING OPERATION

The objective of this paper is to present the effect of turning parameters on vibration and work surface roughness of Inconel alloy steel, which was experimentally examined. In this study, tool vibration and surface roughness of Inconel material is calculated i.e tool vibration and surface roughness are the output of the study. And speed, feed and depth of cut are the input parameters. In this paper, experimental studies were performed on turning process and vibration is measured with the help of accelerometer along with a device called as Fast Fourier Transformer (FFT) analyzer, and also surface roughness is measured by surface roughness tester, along with Taylor Hobson Talysurf. In this experiment, it has been observed that turning parameters like speed, feed and depth of cut has significant effect on vibration of cutting tool and surface roughness of work piece. It also shows that the vibration and surface roughness of work piece is directly proportional to speed, feed and depth of cut during turning operation