Modeling of carbon dioxide condensation in the high pressure flows using the statistical BGK approach

Keyphrases

• Condensation 100%
• Carbon Dioxide 100%
• Stagnation Pressure 100%
• Bhatnagar-Gross-Krook 100%
• High-pressure Flow 100%
• Direct Simulation Monte Carlo 60%
• Condensation Model 60%
• Nozzle 40%
• Accommodations Model 40%
• Computational Cost 20%
• Motivation 20%
• Cluster Size 20%
• Computational Approach 20%
• Number Density 20%
• Argon 20%
• Number of Clusters 20%
• Internal Degrees of Freedom 20%
• High Computational Cost 20%
• Pressure Rise 20%
• Vacuum Condition 20%
• Heat Release 20%
• Method Comparison 20%
• Degree of Condensation 20%
• Rotational Temperature 20%
• Gasses 20%
• Supersonic Expansion 20%
• Homogeneous Condensation 20%
• Expanding Flow 20%
• Condensing Flow 20%
• Polyatomic System 20%
• J-48 20%
• Polyatomic Gases 20%
• Onset Point 20%
• Gaseous CO2 20%
• Multispecies 20%
• Density-based Spatial Clustering of Applications with Noise (DBSCAN) 20%

Engineering

• Condensation 100%
• Carbon Dioxide 100%
• Stagnation Pressure 50%
• Direct Simulation 30%
• Computational Cost 20%
• Good Agreement 10%
• Early Work 10%
• Rotational 10%
• Degree of Freedom 10%
• Cluster Size 10%
• Number Density 10%
• Pressure Increase 10%
• Heat Release 10%
• Internal Degree 10%

Physics

• Condensation 100%
• Carbon Dioxide 100%
• Stagnation Pressure 50%
• Monte Carlo Method 30%
• Physics 10%
• Supersonics 10%
• Degree of Freedom 10%