discussed that wear mechanisms to mechanically milled Al5083 alloy and Al5083/5wt % of B4C composite at room temperature (200 deg Celsius).
USING MINITAB 18 TV
The 5086 alloy is used for various applications such as in missile components, uncooled and welded pressure vessels, marine components, and TV towers. Even though many composites are present in the AA5086 alloy, Mg has maximum percentage benefit due to light weight. It consists of many chemical elements such as Si, Mg, and Mn. The Al5083 composite is being used due to having a high specific strength and ease of production. Al-based composites were extensively utilized in transportation fields, for example, automobiles, aerospace, making of engine machineries, and other industries.
MMC is used in various fields in everyday life. Taguchi’s L16 orthogonal array was selected for design of experiments (DOEs), and 16 experimental tests were conducted to examine the effect of the selected machining parameters employed to identify the best optimal levels and also to investigate the effect of electrochemical machining parameters on MRR determined by Minitab-18. The material removal rate was examined by electrochemical machining under various parameters such as feed rate (0.15–0.30 mm/min), voltage (10–20 V), and electrolyte concentration (20–35 g/litre). The specimens are prepared with the help of the stir casting method. Al5086 reinforced in SiC (5–10 wt %) and 8% weight of flyash are retained as constants. This study explained about machining parameters of Al5086/Flyash/Sic hybrid metal matrix composites by the Taguchi technique.
0 kommentar(er)
