Pulsed laser ablation as a tool for in-situ balancing of rotating parts

Keyphrases

• In Situ 100%
• Pulsed Laser Ablation 100%
• Rotating Parts 100%
• Material Removal 50%
• System Features 50%
• Challenging Tasks 50%
• Balance Ability 50%
• Technology Enablers 50%
• Rotor 50%
• Inconel 718 (IN718) 50%
• High Flexibility 50%
• Single Plane 50%
• Three-layered 50%
• Maximum Deviation 50%
• Structural Damage 50%
• Acceleration Signal 50%
• Rotating System 50%
• Vibration Amplitude 50%
• Validation Trial 50%
• Vibration Level 50%
• Pulsed Power 50%
• Balancing Operation 50%
• Process Duration 50%
• State-space System 50%
• Influence Coefficient 50%
• Misfire 50%
• Dynamic Balance 50%
• Rotor-bearing 50%
• Programmatic Approach 50%
• Fully Automated System 50%
• Firing Frequency 50%
• Developing Method 50%
• Peak Filter 50%
• Peak picking 50%
• Balanced System 50%
• Case-driven 50%

Engineering

• Rotors 100%
• Pulsed Laser Ablation 100%
• Material Removal 50%
• Tasks 50%
• Single Plane 50%
• Ablated Material 50%
• Structural Damage 50%
• Automated System 50%
• Detection Algorithm 50%
• Space System 50%
• Pulse Energy 50%
• Influence Coefficient 50%
• Balancing Speed 50%