Experimental Investigation of MQL and Nano Fluids (CuO) on the Machining of Nicrofer C263

Minimum amount Lubrication (MQL) may be a superb tradeoff between over-use of cutting fluids and poor surface integrity obtained by dry machining. MQL provides eco-friendly machining atmosphere and improves machinability characteristics. Nanofluids have novel properties that create them doubtless helpful in heat transfer medium in cutting zone. This paper presents the result of MQL and Nanofluids with one hundred and twenty fifth volume of CuO and 4WD volume CuO on the machinability characteristics of Nicrofer C263 principally with relevance Surface Roughness, Cutting Forces and Temperature dissipation. Experimental analysis for three completely different conditions – dry, MQL and MQL + CuO Nanoparticles square measure dispensed. It had been found that use of combination of Nanofluids and MQL offers higher surface end with smart temperature dissipation in cutting zone when put next with different conditions. it's conjointly discovered that there's a decrease in cutting forces and which can result in reduced tool wear.