ABSTRACT
Machining carbon nanotube (CNT)-reinforced epoxy composites is complex due to the unusual characteristics and structure of the composite. This research investigates several machining strategies and factors to comprehend and optimize the machining of CNT-reinforced epoxy composites. The study reviews relevant literature on CNTs, epoxy composites, and their mechanical characteristics. The challenges of various old and new machining processes are explored, with issues such as tool wear, surface integrity, and heat impacts being particularly problematic. The experimental setup involves preparing CNT-reinforced epoxy composite samples and using specialized machining equipment. Experimentation is conducted to determine the best combination of cutting settings, cooling methods, and lubrication strategies for a given machining task. The results demonstrate that machining settings influence material removal rates, surface quality, and mechanical characteristics of the composites. Understanding the microstructure of a material contributes to better grasping its machinability. In summary, this work provides essential knowledge on machining CNT-reinforced epoxy composites, enabling further investigation in this area and facilitating the efficient use of these cutting-edge materials in various technical domains.
