A comparison of ZnO nanofluid and conventional coolant was made. In order to improve surface finish and turning rate during CNC turning of inconel 800.

This experimental inquiry aims to develop a novel use of Silicon dioxide (ZnO) nanofluid in flood freezing instead of traditional coolant to boost the rate of removal of material in CNC turning of Inconel 800. While the samples throughout the intervention group are processed employing Silicon dioxide (ZnO) nanofluid, the samples with in control group are machined using conventional coolant. The nanoparticle size of little under 5nm and a concentration of 4percentage silicon dioxide (ZnO) nanopowder were preferred. The required sample size was found to be 24 (12+12). Using G-Power 0.80 as well as an alpha of 0.05, the sample size was determined. The Taguchi standard experimental design was performed by L16. [ABSTRACT FROM AUTHOR]