Evaluating Bypass Effects of Advanced Turbofan Engines on Contrail Formation Using Large Eddy Simulations

Keyphrases

• Large Eddy Simulation 100%
• Turbofan Engine 100%
• Contrails 100%
• Contrail Formation 100%
• Bypass Effect 100%
• Soot Particles 66%
• Ambient Temperature 66%
• Soot 66%
• Turbofan 66%
• High Bypass Ratio 66%
• Dual-stream Jet 66%
• Climate Change 33%
• High-resolution 33%
• Radiative Forcing 33%
• Ice Growth 33%
• Cruise 33%
• Particle Growth 33%
• Microphysics 33%
• Jet Mixing 33%
• Condensation Process 33%
• Lagrangian 33%
• Aircraft Engine 33%
• CFD Study 33%
• Eulerian 33%
• Single Jet 33%
• Water Vapor 33%
• Water Vapor Condensation 33%
• Condensation Trails 33%
• Microphysical 33%
• Plume Dynamics 33%
• Particle Radius 33%
• Depositional Model 33%
• Near-field 33%
• Bypass Ratio 33%
• Freezing Process 33%
• Droplet Freezing 33%
• Jet Profile 33%
• Ultra-high Bypass Ratio (UHBPR) 33%
• Turbojet 33%
• Solubility Model 33%

Earth and Planetary Sciences

• Contrail 100%
• Turbofan Engine 100%
• Large Eddy Simulation 100%
• Turbofan 40%
• Jet Stream 40%
• Water Vapor 40%
• Climate Change 20%
• Radiative Forcing 20%
• Condensation (Process) 20%

Engineering

• Turbofan Engine 100%
• Jet 100%
• Large Eddy Simulation 100%
• Bypass Ratio 50%
• Computational Fluid Dynamics 12%
• Climatic Change 12%
• Climate Change 12%
• High Resolution 12%
• Condensation Process 12%
• Aircraft Engine 12%
• Condensation 12%
• Freezing Process 12%
• Solubility 12%