Fiber-configuration-based chip geometry model for end milling of CFRP composites

Key Points

• The chip geometry model enhances machining efficiency in CFRP composites, focusing on fiber-configuration.
• Key findings demonstrate enhanced performance with optimized cutting parameters for CFRP machining.
• Analysis of the model focused on end milling techniques specific to CFRP materials.
• Implications suggest that improved tool paths can lead to reduced wear and longer tool life, enhancing manufacturing processes.