Abstract
In this paper stir casting technique is an efficient method to improve the mechanical characteristics. It was done only on the aluminium magnesium alloy with their ceramic reinforced materials. Therefore, Al 6351 is a base matrix and ceramic strengthening reinforcement particles Titanium oxide (TiO2) makes the metal matrix composites. It was mainly related with aerospace, automotive and ship industries applications. The TiO2 was increasing the weight fraction 4, 8 and 12 % with Al6351. After processing, the processed MMCs specimens was utilized to investigating the machining studies form their appropriate process parameters like speed, feed and depth of cut. The machining performances are related with surface roughness (SR) and Material removal rate (MRR). In this research, two multi-objective techniques grey relational analysis and desirability approaches was involved to identify the optimal machining parameters. From the outcomes, both output responses are improved with their process parameters. There is major reason behind that the increasing of TiO2 enhances the material properties.
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