On-The-Fly Laser Machining: A Case Study for in Situ Balancing of Rotative Parts

Keyphrases

• Ablating 40%
• Ablation 20%
• Assembly Cost 20%
• Constant Speed 20%
• Constant Velocity 20%
• Cost Savings 20%
• Dynamic Process 20%
• Error Budget 20%
• Error Modeling 20%
• Error Sources 20%
• Highly Dynamic 20%
• In Situ 100%
• In-situ Machining 20%
• Inconel 718 (IN718) 20%
• Industrial Installations 20%
• Laser Machining 100%
• Laser Pulse 60%
• Linear-rotary 20%
• Mass Removal 20%
• Non-integrating 20%
• Online Load Balancing 20%
• Placement Strategy 40%
• Pocket Shape 20%
• Pulsed Fiber Laser 20%
• Rotation Stage 20%
• Rotor Speed 20%
• Rotor System 20%
• Staging System 20%
• Surface Finish 20%
• Surface Roughness 40%
• Target Component 20%

Engineering

• Ablated Feature 100%
• Assembly Cost 50%
• Circumferential 50%
• Constant Speed 50%
• Constant Velocity 50%
• Dynamic Process 50%
• Error Modeling 50%
• Fibre Laser 50%
• Moving System 50%
• Predicted Value 50%
• Rotor Speed 50%
• Rotor System 50%
• Shallower 50%
• Target Material 50%