Analysis of spray penetration models applied to high pressure diesel spray cases for different injector nozzle geometries

Physics

• Penetration 100%
• Model 41%
• Fuel 23%
• Combustion Chamber 23%
• Air 17%
• High Pressure 17%
• Correlation 17%
• Emission 17%
• Combustion System 11%
• Injection 11%
• Temperature 11%
• Impingement 11%
• Engine 11%
• Liquids 11%
• High Speed 11%
• Rail 11%
• Systems Engineering 5%
• Utilization 5%
• First-Principles 5%
• Probability Theory 5%
• Evaluation 5%
• Value 5%
• Nozzle Geometry 5%
• World 5%
• Contrast 5%
• Mixing 5%
• Pressure 5%
• Increasing 5%
• Gas Pressure 5%
• Fuel Injection 5%
• Computational Fluid Dynamics 5%
• Combustion 5%
• Quality 5%
• Foci 5%
• Flow Distribution 5%
• Area 5%
• Gas Temperature 5%
• Events 5%
• Optimization 5%
• Low Speed 5%
• Hydrocarbon 5%

Engineering

• Light Load 5%
• Nozzle Design 5%
• Primary Function 5%