Investigation of prognostics and health monitoring for bearings under overload conditions

Keyphrases

• Bearing Failure 100%
• Rolling Ball Bearing 100%
• Prognostic Monitoring 100%
• Health Monitoring 100%
• Overload Conditions 100%
• In(III) 50%
• Efficiency Increase 50%
• Post-mortem Analysis 50%
• Failure Mode 50%
• Failure Data 50%
• Maintenance Mechanism 50%
• Rotational Speed 50%
• Radial Direction 50%
• Modeling Method 50%
• Discoloration 50%
• Remaining Useful Life 50%
• Early Degradation 50%
• Rotating Machinery 50%
• Steel Rolling 50%
• Accelerated Degradation Test 50%
• Prognostic Technique 50%
• Motor Current 50%
• Bearing Prognostics 50%
• Bearing Degradation 50%
• Loading Scheme 50%
• Increased Safety 50%
• Bearing Diagnostics 50%
• Multiple Loading 50%
• Repair Cost 50%
• Brinelling 50%
• Run-to-failure 50%
• Prognostic Model 50%
• Early Change 50%
• Health Management 50%
• Vibration Data 50%
• External Force 50%
• Sound Pressure 50%
• Radial Load 50%
• Prognostics Management 50%
• Diagnostic Techniques 50%
• Management Techniques 50%
• Force Applied 50%

Engineering

• Health Monitoring 100%
• Ball Bearing 100%
• Failure Mode 50%
• Failure Data 50%
• Radial Direction 50%
• Time Domain 50%
• Frequency Domain 50%
• Rotating Machinery 50%
• Loading Scheme 50%
• Rotation Speed 50%
• Radial Load 50%
• Current Motor 50%
• Sound Pressure 50%
• Remaining Useful Life 50%