A Review of an Effect of Canola Oil Lubrication with Nano Molybdenum Disulphide Additives on Machining

There is a huge development in the utilization of advanced materials for high performance applications. These materials settle a lot of mechanical issues and they present extensive test in machining because of poor machinability qualities. Machining is one of the essential and irreplaceable procedures in the production industry. Amid the machining procedure the heat produced in the cutting zone which is basic in choosing the work piece quality. Despite the fact that different cutting fluids are utilized to take away the heat in machining, their usage results in destroying nature and affecting the health of the workers. Oil impacts the cutting zone because of arrangement of film layer which decreases rubbing between the mating surfaces which results lowering temperature and improve the surface finish. In a few examinations it is accounted for that presentation of nano particles in cutting fluids prompted great execution in machining to diminish cutting forces, temperature and improved surface finish of the work piece along these lines improving efficiency and decreasing risks to health and preferred condition over traditional MQL process. The molybdenum disulfide [MoS2 ] is broadly utilized as solid lubricant material, it's potential as a successful medium in MQL points of interest in processing activity yet to be investigated. Therefore the use of MoS2 nano particles in machining activities as for surface finish, cutting forces, tool wear and temperature at the cutting zone are evaluated