Evaluating the effects of nano-fluids based MQL milling of IN718 associated to sustainable productions

The aeronautical industry is constantly striving for goals related to lesser production/maintenance time and cost. In this regard, aero-engines made up of Nickel-based alloy are preferred high performance improve the burning efficiency. However, processing alloys remain challenging in manufacturing with aim sustainable production. This research investigated progress face milling Inconel 718 by using two different lubrication conditions; minimum quantity (MQL) nanofluids based (NF-MQL). A degree sustainability was achieved through increasing productivity (material removal rate) quality (surface roughness) enhancement while minimizing power temperature. impacts four most influencing parameters including feed rate, speed, flow rate depth cut were on production measures. Empirical models surface roughness, temperature, material developed response methodology. Analysis empirical validation executed analysis variance confirmatory experiments results. Finally, a multi objective optimization implemented attain maximum effect generating compromise between lowest roughness cost, highest rate. results revealed that significant process parameter both environments. show NF-MQL as better alternative which resulted 20.1%, 14.7% 13.3% percentage reduction temperature power, respectively. Furthermore, desirability achievement (71.3%) compared MQL (70.1%). • Machinability assessment IN718 carried out under conditions. Water-based conditions (MQL, NF-MQL) evaluated achieve environmentally conscious processing. Roughness, tool-workpiece interaction consumption investigated. Surface morphology studied respect physical phenomenon involved. use low 0.10 μm superior rating.