Mechanistic modeling of cutting forces in high‑speed microturning of titanium alloy with consideration of nose radius

Engineering

• Mechanistic Model 50%
• Cutting Force 40%
• Nose Radius 40%
• Cutting Speed 20%
• Microfluidics 20%
• Edge Radius 20%
• Models 20%
• Applications 20%
• Cutting 20%
• Cutting Parameter 10%
• Machining 10%
• Cutting Condition 10%
• Dry-Cutting 10%
• Mechanistic Modeling 10%
• Cutting Depth 10%
• Force Coefficient 10%
• Micromotors 10%
• Accuracy 10%
• Experiments 10%
• Determines 10%
• Alloy 10%
• Validation 10%
• Lenses 10%
• Regression 10%
• Radius 10%
• Small Value 10%

INIS

• cutting 100%
• nose 40%
• depth 30%
• applications 20%
• values 20%
• speed 20%
• tools 20%
• machining 20%
• modeling 10%
• accuracy 10%
• validation 10%
• experimental data 10%
• cutting tools 10%
• alloys 10%
• lenses 10%
• regression analysis 10%
• titanium alloys 10%

Material Science

• Titanium Alloys 20%
• Machining 10%
• Cutting Tool 10%
• Material 10%