Evaluating signal processing methods for use in gearbox condition monitoring

Keyphrases

• Signal Processing Techniques 100%
• Damage Detection 100%
• Angular Position 100%
• Gearbox Condition Monitoring 100%
• Position Encoder 100%
• Transmission Error 66%
• Gear Pair 66%
• Noise Excitation 66%
• Pitting Damage 66%
• Excitons Behavior 66%
• Acceleration Signal 33%
• Digital Signal Processing Techniques 33%
• High-quality Data 33%
• Globalized 33%
• Monitoring Solution 33%
• Intelligent Equipment 33%
• Competitive Market 33%
• Market Environment 33%
• Sensorial 33%
• Standstill 33%
• Data Acquisition System 33%
• Gearbox 33%
• Acceleration Sensor 33%
• Acceleration Measurement 33%
• Gear Test Rig 33%
• Gear Fault 33%
• Combined Measurement 33%
• Tooth Flank 33%
• Service Interval 33%
• High Rotational Speed 33%
• Low Maintenance 33%
• Early Damage Detection 33%
• Encoder Signal 33%
• Low Rotational Speed 33%
• Gearbox Case 33%
• Extended Services 33%
• Shaft Position 33%
• Angular Encoders 33%
• Machinery Condition Monitoring 33%
• Maintenance Budget 33%
• Gear Flank 33%

Engineering

• Gearbox 100%
• Processing Method 100%
• Condition Monitoring 100%
• Angular Position 75%
• Damage Detection 75%
• Transmission Error 50%
• Rotational Speed 50%
• Digital Signal Processing 25%
• Quality Data 25%
• Test Rig 25%
• Gear Housing 25%
• Gear Teeth 25%
• Detailed Evaluation 25%
• Key Importance 25%
• Encoder Signal 25%
• Shaft Position 25%
• Data Collection 25%