Optimization method of process parameters based on the constraints of surface quality and geometric feature of elements during copying turning

Key Points

• Improved surface quality results from optimized process parameters, enhancing overall machining effectiveness.
• A notable decrease in surface roughness was observed, indicating significant enhancement in product quality.
• Analysis of process parameters during copying turning indicates their critical role in achieving desired surface quality.
• Highlights the necessity for further exploration of optimization methods in various machining contexts.