Optimization of process parameters for a graphene mixed nano fluid based minimum quantity lubrication system using titanium grade2 alloy.

Mechanical machining processes are being used in the utilization of cutting fluids, cutting fluids improves machining efficiency while also extending tool life by lowering temperature and friction during the machining process. The "flood flow system" is a typical coolant applicant technique in which a huge volume of liquid/coolant is continuously applied to the cutting field. This plan is incredibly inefficient first and foremost, a huge amount of cutting fluid is required secondly the cutting fluids unable to pass through the cutting zone to chip hardness. However, because of the unregulated use of fluid for cutting, there is a risk of economics and environment burden. As a result, a highly practical bridging technology known as "Minimum amount lubrication" was developed. Fluid for cutting/ coolant isdelivered to the cutting field at low rate in this technology. High pressure fluid is sprayed into the scraps is supplied to the cutting field at a very low rate in this technology. Fluid is sprays at high pressure into the cuttings zone, whichhas been combined with compressed air. The "Mist Flow System" is a method of administering cutting fluid/ coolant. This technology necessitates the use of a pneumatic spray nozzle. It is capable of atomizing the fluid with compressedair in the desired ratio and delivering a controlled or (regulated) spray. [ABSTRACT FROM AUTHOR]