Helical gear wear monitoring: Modelling and experimental validation

Keyphrases

• Gear Dynamics 100%
• Dynamic Response 100%
• Time-varying Mesh Stiffness 100%
• Gear Wear 100%
• Helical Gear 100%
• Model Validation 100%
• Experimental Validation 100%
• Wear Severity 100%
• Wear Monitoring 100%
• Failure Mode 50%
• Fault Detection 50%
• Fault Diagnosis 50%
• Frequency Component 50%
• Support Bearing 50%
• Meshing Frequency 50%
• Third Harmonic 50%
• Second Harmonic 50%
• Loading System 50%
• Detection Method 50%
• Breakage 50%
• Failure Test 50%
• Run-to-failure 50%
• Tooth Wear 50%
• Sideband Components 50%
• Sidebands 50%
• Service Life 50%
• Operational Efficiency 50%
• Response Pattern 50%
• Degrees of Freedom 50%
• Effective Feature 50%
• Numerical Model 50%
• Contact Surface 50%
• Friction Force 50%
• Spectral Peak 50%
• Major Failure 50%
• Wear Diagnosis 50%
• Parameter Determination 50%
• Comprehensive Dynamic Model 50%
• Tooth Contact 50%
• Surface Wear 50%
• Diagnosis Approach 50%
• Force-time 50%
• Tooth Surface Friction 50%
• Time-varying Friction 50%
• Vibration Signature 50%
• Tooth Removal 50%
• Variable Speed 50%
• Vibration Amplitude 50%
• Correlated Behaviour 50%
• Gear Tooth Surface 50%
• Transverse Motion 50%
• Tooth Surface Wear 50%
• Vibration System 50%
• Wear Detection 50%
• Elastohydrodynamic Lubrication 50%
• Torsional Motion 50%
• Drive Motor System 50%

Engineering

• Rigidity 100%
• Dynamic Response 100%
• Sidebands 100%
• Surface Fatigue 100%
• Helical Gears 100%
• Frequency Component 50%
• Fault Detection and Diagnosis 50%
• Hydrodynamic Lubrication 50%
• Loading System 50%
• Driving Motor 50%
• Harmonics 50%
• Degree of Freedom 50%
• Experimental Result 50%
• Dynamic Model 50%
• Breakage 50%
• Numerical Study 50%
• Common Mode Failure 50%
• Gearbox 50%
• Test Facility 50%
• Effective Feature 50%
• Numerical Model 50%
• Friction Force 50%
• Contact Surface 50%
• Major Failure 50%
• Early Phase 50%
• Gear-Teeth Surface 50%
• Load Increment 50%