Study on advanced machining conception on numerically controlled milling machines for aircraft complex component parts (original) (raw)

This research investigates advanced machining concepts applied to numerically controlled (NC) milling machines, focusing on the manufacturing of complex component parts for aircraft, specifically wing frames made from aluminum alloy. The study emphasizes the integration of advanced NC programs and computer-integrated manufacturing systems to improve processing efficiency, part quality, and safety through optimization of tool paths and the use of finite element analysis. Key findings reveal a significant reduction in material waste and manufacturing preparation time, along with improvements in machining accuracy and efficiency. Future work will explore the application of lightweight titanium alloys and advanced modeling techniques to enhance machining processes further.