Numerical investigation of n-dodecane ECN spray and combustion characteristics using the one-way coupled Eulerian-Lagrangian approach

Earth and Planetary Sciences

• Accuracy 12%
• Acetylene 12%
• Ambient Temperature 12%
• Combustion 100%
• Combustion Engine 25%
• Comparison 12%
• Datum 25%
• Difference 12%
• Gas 12%
• Geometry 12%
• High Resolution 12%
• High Temperature 37%
• Increasing 12%
• Injection 12%
• Investigation 12%
• Jet Flow 37%
• Laboratory 12%
• Length 12%
• Mass Flow Rate 25%
• Multiphase Flow 12%
• Network 25%
• Penetration 12%
• Region 62%
• Simulation 37%
• Sprayer 62%
• Tip 12%
• X Ray 12%

Engineering

• Air Entrainment 12%
• Ambient Temperature 12%
• Characteristics 25%
• Combustion 12%
• Density 12%
• Diverging Nozzle 12%
• Flame 12%
• Fluid 12%
• Heat Release 12%
• High Concentration 12%
• High Resolution 12%
• High Temperature 37%
• Ignition Delay 12%
• Injection Pressure 12%
• Injection Velocity 12%
• Injector 25%
• Intermediate Temperature 12%
• Laboratories 12%
• Lagrangian Approach 25%
• Low-Temperature 25%
• Mass Flowrate 25%
• Mixing Time 12%
• Mixture Distribution 12%
• Multiphase Flows 12%
• Networks 25%
• Oxygen Concentration 12%
• Release Process 12%
• Significant Contribution 12%
• Simulation 37%
• Simulation Result 12%
• Volume of Fluid Method 12%

Physics

• Ambient Temperature 12%
• Cavitation Flow 12%
• Combustion 100%
• Differences 12%
• Flames 37%
• Gases 12%
• Geometry 12%
• High Resolution 12%
• High Temperature 37%
• Increasing 12%
• Injection 12%
• Lagrangian Function 12%
• Mass Flow Rate 25%
• Multiphase Flow 12%
• Networks 25%
• Penetration 12%
• Region 62%
• Simulation 37%
• X Ray 12%