Fast Simulation of Wave Action in Engine Air Path Systems Using Model Order Reduction

Keyphrases

• Human-in-the-loop 100%
• Wave Action 100%
• Model Order Reduction 100%
• Fast Simulation 100%
• Air Path System 100%
• Industry Standards 33%
• Operating Conditions 16%
• Modeling Approach 16%
• Model Simulation 16%
• Simulation Method 16%
• Computation Time 16%
• Number of Degrees of Freedom 16%
• Control Algorithm 16%
• Pressure Propagation 16%
• Dynamic Simulator 16%
• Production Vehicle 16%
• Computational Requirements 16%
• Partial Differential Equations 16%
• Low Computational 16%
• New Modeling 16%
• Reduced Order Model 16%
• Computational Burden 16%
• Gas Dynamics 16%
• Development Time 16%
• Complete Analysis 16%
• Increasing Complexity 16%
• CO2 Emission Reduction 16%
• Conservation Laws 16%
• Current Production 16%
• Development Control 16%
• Direct Injection 16%
• System Simulation Model 16%
• Exhaust Flow 16%
• Exhaust System 16%
• Turbine Performance 16%
• Flow Performance 16%
• Engine Simulation 16%
• System of Nonlinear Ordinary Differential Equations 16%

Engineering

• Air Path 100%
• Industry Standard 50%
• Simulation Tool 25%
• Simulators 25%
• Simulation Result 25%
• Degree of Freedom 25%
• Actuation 25%
• Metrics 25%
• Control Algorithm 25%
• Partial Differential Equation 25%
• Computation Time 25%
• Reduced Order Model 25%
• Aerodynamics 25%
• Engine Performance 25%
• Simulation Method 25%
• Conservation Law 25%
• Exhaust Flow 25%
• Exhaust System 25%
• Direct-Injection 25%