Force modeling of five-axis microball-end milling

Keyphrases

• Elastic Recovery 100%
• Force Model 100%
• End Milling 100%
• Five-axis 100%
• Microball 100%
• Cutting Force 66%
• Force Data 33%
• Dual Purpose 33%
• Working Surface 33%
• Updating Algorithm 33%
• Vector Forms 33%
• Ball-end Milling 33%
• Chip Thickness 33%
• Ploughing 33%
• Milling Force Model 33%
• Time Increment 33%
• Slip-line Field 33%
• Recovery Effect 33%
• Quasi-static Indentation 33%
• Experimental Data Fitting 33%
• Micro-scale Machining 33%
• Indentation Model 33%
• Tool Trajectory 33%
• 5-axis Milling 33%
• Composite Cutting 33%
• Five-axis Machining 33%
• Velocity Kinematics 33%

Engineering

• Elastic Recovery 100%
• End Milling 100%
• Microscale 66%
• Cutting Force 66%
• Indentation 33%
• Simulation Result 33%
• Directionality 33%
• Field Model 33%
• Runout 33%
• Axis Machining 33%
• Chip Thickness 33%
• Force Model 33%
• Axis Ball 33%
• End Mill 33%
• Slip Line Field 33%
• Ball End Mill 33%