Data-based instantaneous conditional progress variable dissipation rate modeling for turbulent premixed combustion

Keyphrases

• Dissipation Rate 100%
• Data-centric 100%
• Turbulent Premixed Combustion 100%
• Progress Variable 100%
• Rate Profile 63%
• Modeling Approach 18%
• Universal Model 18%
• Thermochemical State 18%
• High Karlovitz number 18%
• Velocity Gradient 9%
• Model Prediction 9%
• Premixed 9%
• Motivation 9%
• Traditional Models 9%
• Computational Cost 9%
• Turbulent Combustion Model 9%
• Low-dimensional Space 9%
• Karlovitz number 9%
• Large Variance 9%
• Data-driven Modeling 9%
• One-dimensional Space 9%
• Data-driven Model 9%
• Turbulent Premixed Jet Flames 9%
• Conditional Velocity 9%

Mathematics

• Dissipation Rate 100%
• Conditionals 100%
• Progress Variable 100%
• Manifold 45%
• Variance 36%
• Dimensional Space 18%
• Modeling Approach 18%
• Dimensional Manifold 9%
• Computational Cost 9%
• Velocity Gradient 9%

Engineering

• Dissipation Rate 100%
• Premixed Combustion 100%
• One Dimensional 27%
• Dimensional Space 18%
• Combustion Modeling 9%
• Model Prediction 9%
• Computational Cost 9%
• Velocity Gradient 9%