Molecular dynamics simulation model for the quantitative assessment of tool wear during single point diamond turning of cubic silicon carbide

INIS

• tools 100%
• simulation 100%
• assessments 100%
• molecular dynamics method 100%
• wear 100%
• diamonds 100%
• silicon carbides 100%
• abrasives 25%
• roots 12%
• applications 12%
• environment 12%
• shape 12%
• engineering 12%
• efficiency 12%
• operation 12%
• high temperature 12%
• ceramics 12%
• silicon 12%
• potential energy 12%
• testing 12%
• machining 12%
• distribution functions 12%
• cutting 12%
• operating cost 12%
• radial distribution 12%
• graphitization 12%
• order-disorder transformations 12%

Engineering

• Simulation Model 100%
• Diamond Turning 100%
• Diamond Tool 60%
• Computer Simulation 40%
• Hard Material 40%
• Progression 20%
• Operational Cost 20%
• Hostile Environment 20%
• Cutting Force 20%
• Energy Function 20%
• Potential Energy 20%
• Abrasive Action 20%
• Rapid Tool Wear 20%
• Order Disorder Transition 20%
• Graphitization 20%
• Engineering Application 20%
• Radial Distribution 20%

Material Science

• Silicon Carbide 100%
• Diamond 100%
• Machining 12%
• Potential Energy Function 12%
• Silicon 12%