Towards robust design optimization of automotive turbocharger rotor-bearing systems

Engineering

• Bearing System 100%
• Turbocharger 100%
• Robust Design 100%
• Rotors 100%
• Automotives 100%
• Models 53%
• Optimum Design 15%
• Simulation Result 15%
• Critical Speed 15%
• Journal Bearing 15%
• Oil Whip 7%
• Optimization 7%
• Manufacturing Tolerance 7%
• Significant Influence 7%
• Friction Loss 7%
• Supply Temperature 7%
• Rotation Speed 7%
• Case Scenario 7%
• Transients 7%
• Supercharger 7%
• Thrust Bearing 7%
• Computer Simulation 7%
• Oil Whirl 7%
• Determines 7%
• Hydrodynamics 7%
• Output Noise 7%
• Operating Range 7%
• Bearing Ring 7%

INIS

• design 100%
• turbochargers 100%
• optimization 100%
• rotors 100%
• oils 30%
• speed 23%
• journal bearings 15%
• market 15%
• rings 15%
• simulation 15%
• range 15%
• variations 15%
• correlations 15%
• cost 15%
• performance 15%
• friction 7%
• dynamics 7%
• manufacturing 7%
• tolerance 7%
• rotation 7%
• effective mass 7%
• distribution 7%
• supply 7%
• demand 7%
• efficiency 7%
• hydrodynamics 7%
• geometry 7%
• films 7%
• noise 7%
• losses 7%
• output 7%
• reliability 7%
• configuration 7%
• computerized simulation 7%