SiCp/Al milling force optimization and empirical formula modeling

As a commonly used difficult-to-machine material, Machining of SiCp/Al composite has always been a difficult problem in machining. Aiming at the problems of difficult machining, severe tool wear, and high milling force, the processing parameters of the material were optimized to find the best combination of parameters to reduce milling force and reduce tool wear. At the same time, ultrasonic vibration assisted processing is added for comparison. The research shows that selecting the correct processing technology parameters and adding ultrasonic vibration assisted processing can effectively improve the problem of large milling force in the processing process, reduce tool wear, and obtain the best combination of process parameters.