Generating Profiled Diamond Grinding Wheels by 2000 W Fiber Laser: On The Understanding of Laser Ablation Law with High Power and Establishment of a Predictive Model

Keyphrases

• High Power 100%
• Law 100%
• Predictive Models 100%
• Laser Ablation 100%
• Duty Cycle 100%
• Diamond Grinding Wheel 100%
• Ablation Depth 100%
• Fiber Laser 100%
• Feed Rate 80%
• Ablation 80%
• Laser Power 80%
• Parameter Selection 40%
• Grinding Wheel 40%
• High Power Laser 40%
• Non-metallic 40%
• Powers of Cycles 40%
• High Efficiency 20%
• Prediction Model 20%
• Hard Materials 20%
• Analytical Model 20%
• Abrasive 20%
• Industrial Production 20%
• Low-frequency Vibration 20%
• Superhard 20%
• Evaluation Results 20%
• Laser Ablation Method 20%
• Multi-material 20%
• Laser Parameters 20%
• Ablation Parameters 20%
• Complex Interactions 20%
• Low Environmental Impact 20%
• Laser Beams 20%
• Common Processes 20%
• Predictive Empirical Model 20%
• Variation Range 20%
• Dressing Method 20%
• Power Fed 20%
• Academic Resources 20%
• Inhomogeneous Material 20%
• Experimental Application 20%

Engineering

• Grinding Wheel 100%
• Laser Power 100%
• Diamond Grinding 100%
• Fibre Laser 100%
• Duty Cycle 83%
• Feed Rate 66%
• Applicability 33%
• Empirical Model 33%
• Analytical Model 16%
• Limitations 16%
• Abrasive 16%
• Ablation Process 16%
• Laser Parameter 16%
• Dressing Process 16%
• Low Environmental Impact 16%
• Laser Beam 16%
• Industrial Production 16%
• Hard Material 16%