Published Paper Details:

Burnishing is considered as a cold-working ?nishing process, differing from other cold-working, surface treatment processes such as shot peening and sand blasting, etc. In that it produces a good surface ?nish and also induces residual compressive stresses at the metallic surface layers. The changes in surface characteristics due to burnishing will cause improvements in surface hardness, wear resistance, fatigue resistance, yield and tensile strength and corrosion resistance. The ball or roller rotates by the effect of frictional engagement between the surface of the ball or roller and the surface of the work piece. In this research paper the optimization of surface texture in diamond tool burnishing process is done by using RSM and ANOVA methods. In which we have determined the surface roughness value which is measured on mild steel work pieces by changing the different parameter such as number of pass, speed and feed with the use of diamond burnishing tool. We will make the jobs of mild steel and will do diamond burnishing process on that job and after that by using RSM and ANOVA method we will compare the results of surface roughness value.