Tuning axle whine characteristics with emphasis on gear dynamics and psychoacoustics

Keyphrases

• Psychoacoustics 100%
• Gear Dynamics 100%
• Axle 100%
• Rear Axle 100%
• Whine 100%
• Lumped Parameter Model 50%
• Gear Pair 50%
• Geared Rotor System 50%
• Whine Noise 50%
• Dynamic Bearing Force 50%
• Boundary Element Method 25%
• Finite Element 25%
• Design Parameters 25%
• Finite Boundary 25%
• System Dynamics 25%
• Gear Mesh 25%
• Loaded Tooth Contact Analysis 25%
• Dynamic Parameters 25%
• Spectral Components 25%
• Result Prediction 25%
• Dynamic Coupling 25%
• Phase Mode 25%
• Mesh Model 25%
• Decoupled Finite Element Method 25%
• Housing Structure 25%
• Sound Quality 25%
• Gearbox Housing 25%
• Housing Vibration 25%
• Lumped Parameter 25%
• Hypoid 25%
• Gear Shaft 25%
• Structure Mode 25%
• Boundary Element Model 25%
• Forced Excitation 25%
• Shaft Load 25%
• Noise Prediction 25%
• Loudness 25%

Engineering

• Rear Axles 100%
• Lumped Parameter 75%
• Finite Element Method 50%
• Parameter Model 50%
• Rotor System 50%
• Bearing Force 50%
• Radiated Noise 50%
• Simulation Result 25%
• Design Parameter 25%
• Systems Dynamics 25%
• Gear Mesh 25%
• Illustrates 25%
• Salient Feature 25%
• Spectral Component 25%
• Gearbox 25%
• Element Model 25%