Influence of the initial droplet distribution on the prediction of spray dynamics in Eulerian-Lagrangian simulations

Keyphrases

• Droplet Distribution 100%
• Spray Dynamics 100%
• Lagrangian Simulation 100%
• Droplet Size 50%
• Near Nozzle 50%
• Stokes number 25%
• Liquid Fuel 25%
• Air-fuel Mixing 25%
• Lagrangian 25%
• Prediction Accuracy 25%
• Spray Development 25%
• Nozzle 25%
• Vapor Penetration 25%
• Liquid Penetration 25%
• Lagrangian Model 25%
• Breakup Model 25%
• Distribution Model 25%
• Fuel Atomization 25%
• Gasoline Direct Injection 25%
• Cavitating 25%
• Mean Droplet Diameter 25%
• Droplet Dynamics 25%
• Gasoline Spray 25%
• Size Variation 25%
• Breakup Mechanism 25%
• Engine Combustion Network 25%
• High Complexity 25%
• Nozzle Exit 25%
• Axial Location 25%
• Lagrangian Solver 25%
• Eulerian Dynamics 25%
• Plume-to-plume Interaction 25%
• New Injectors 25%
• Benchmark Instances 25%
• Spray Physics 25%

Engineering

• Droplet Size 100%
• Input Parameter 66%
• Stokes Number 33%
• Model Input 33%
• Atomisation 33%
• Number Analysis 33%
• Distribution Model 33%
• Nozzle Exit 33%
• Benchmark Case 33%
• Axial Location 33%

Chemical Engineering

• Atomizer Nozzle 100%