Common Rail Diesel Injectors with Nozzle Wear: Modeling and State Estimation

Keyphrases

• Aging Effect 100%
• Model Estimation 100%
• State Estimation 100%
• Common Rail Diesel Injector 100%
• Nozzle Wear 100%
• Wear Modelling 100%
• Wear State 100%
• Injection Rate 66%
• Model Uncertainty 33%
• Injector 33%
• Simulation Model 33%
• Nozzle 33%
• Human-in-the-loop 33%
• Estimation Approaches 33%
• Reduced Model 33%
• State-space Representation 33%
• Fault Model 33%
• Simulation Data 33%
• Modeling Approach 33%
• Rate Estimate 33%
• Hydraulic Components 33%
• New Modeling 33%
• Aging Phenomena 33%
• Significant Benefit 33%
• Injection Behavior 33%
• Injection Rate Measurement 33%
• Combustion Performance 33%
• Wear Effect 33%
• Cavitation 33%
• Injection Characteristics 33%
• Piston 33%
• Rail Pressure 33%
• Extended Kalman Filter Observers 33%
• Rail Control 33%

Engineering

• Aging Effect 100%
• Injection Rate 100%
• Wear Modeling 100%
• State Estimation 100%
• State Space Representation 33%
• Good Agreement 33%
• Fault Model 33%
• Simulation Model 33%
• Model Uncertainty 33%
• Hydraulic Component 33%
• Extended Kalman Filter 33%