APPLICATION OF INTEGRATED TAGUCHI METHOD AND PRESENT-WORTH METHOD TO OPTIMIZE THE TURNING PARAMETERS OF INCONEL X750 ALLOY WITH AL2O3 NANOFLUID IN COCONUT OIL

A previous study has shown the successful application of Taguchi method in both direct and indirect perspectives to compute optimal parameters during turning Inconel x-750 alloy. The deployed signal-to-noise ratios minimize output surface roughness, tool wear cutting force but machining economic were not mentioned. Yet, techno-economic dimension aids profitable adjustments operations. To correct this deficiency, present article introduces a process using literature data. This paper is about combining three variants methods five distinct formulations. Taguchi, Taguchi-Pareto Taguchi-ABC are combined with worth by introducing interest rate inflationary at different points S/N ratio (SNR) calculations. Aspect parameter combinations replace traditional analysis factor-level framework. worth, parametric setting performance flow needed for all formulations ascertain direction process. Concerning aspect ratios, velocity (PWV, 949.1444) feed rate-cutting (PWF/V, 0.026) first last positions, respectively. Regarding experimental run, -155.403) was position while -185.009) position. Results other show promising attributes methods. work could be useful planning purposes