Dual-mechanism approach to the prediction of machining forces: Part 1 - model development and calibration

Keyphrases

• Mechanistic Approach 100%
• Friction Force 100%
• Model-driven Development 100%
• Model Calibration 100%
• Dual Mechanism 100%
• Machining Force 100%
• Cutting Force 50%
• Limited Quantity 50%
• Geometric Representation 50%
• Cutting Process 50%
• Industrial Setting 50%
• Force Decomposition 50%
• Physical Meaning 50%
• Thrust Force 50%
• Shear Mechanism 50%
• Model Coefficients 50%
• Interference Region 50%
• Calibration Algorithm 50%
• Ploughing 50%
• Clearance Angle 50%
• Rake Face 50%
• Tool Surface 50%
• Ploughing Mechanism 50%
• Empirical Coefficients 50%
• Cutting Data 50%
• Orthogonal Cutting 50%

Engineering

• Empirical Model 100%
• Friction Force 100%
• Machining Force 100%
• Cutting Edge 50%
• Cutting Force 50%
• Individual Component 50%
• Thrust Force 50%
• Physical Meaning 50%
• Model Coefficient 50%
• Rake Face 50%
• Geometrical Representation 50%
• Interference Region 50%