Influence of Spindle Rotational Speeds on Pure Mg and 0.1GNP-3Al-Mg Alloy-Nanocomposite in Wire Electrical Discharge Turning Process

The chapter delves into the effects of spindle rotational speeds on the Wire Electrical Discharge Turning (WEDT) process of pure Mg and 0.1GNP-3Al-Mg alloy-nanocomposite. It begins by highlighting the potential applications of magnesium-based nanocomposites in various industries due to their superior mechanical properties and biodegradability. The study then focuses on the WEDT process, a modification of Wire Electrical Discharge Machining (WEDM), and its advantages over conventional machining methods. The experimental setup and methodology are thoroughly described, including the synthesis of the nanocomposite and the WEDT process parameters. The results show that both MRR and surface roughness are significantly influenced by spindle rotational speeds, with MRR improving and roughness deteriorating as speeds increase. The chapter also provides a comparative analysis of the effects on pure Mg and the nanocomposite, revealing differences in surface features and mechanical properties. The conclusion emphasizes the successful synthesis of the materials and the significant improvements in mechanical properties due to alloying and reinforcement. The study suggests further parametric studies to enhance performance characteristics, making it a valuable resource for professionals in materials science and manufacturing.