Analysis about diamond tool wear in nano-metric cutting of single crystal silicon using molecular dynamics method

Keyphrases

• Nanometric Cutting 100%
• Tool Wear 100%
• Multicrystalline Silicon 100%
• Molecular Dynamics Method 100%
• Diamond Tool Wear 100%
• Wear Mechanism 66%
• Silicon Atom 66%
• Shear Stress 33%
• Stimulants 33%
• Service Life 33%
• Molecular Dynamics Simulation 33%
• Diamond 33%
• Diamond Structure 33%
• Diamond Tool 33%
• Carbon Atom 33%
• Geometric Accuracy 33%
• Crystal Plane 33%
• Cutting Process 33%
• Machined Surface 33%
• Cutting Force 33%
• Non-rigid 33%
• Machining Precision 33%
• Ultra-precision Machining 33%
• Surface Integrity 33%
• Using Performance 33%
• Right Angle 33%
• Simulation Approach 33%
• Clearance Angle 33%
• Rake Angle 33%
• Silicon-carbon 33%
• Tersoff Potential 33%
• Flank Face 33%
• Graphite Structure 33%
• Structure Transformation 33%
• 3D numerical Model 33%
• Nanoscale Wear 33%
• Carbon-carbon 33%

Engineering

• Metrics 100%
• Diamond Tool 100%
• Silicon Single Crystal 100%
• Silicon Atom 100%
• Dynamic Method 100%
• Diamond 66%
• Service Life 33%
• Nanoscale 33%
• Cutting Edge 33%
• Crystal Plane 33%
• Simulation Model 33%
• Cutting Force 33%
• Surface Integrity 33%
• Rake Angle 33%
• Flank Face 33%