Turbulence modeling for leading-edge vortices: An enhancement based on experimental data

Keyphrases

• Turbulence Model 100%
• Leading Edge Vortex 100%
• Computational Efficiency 66%
• Flow Condition 66%
• Vortex 66%
• Numerical Solution 33%
• Prediction Accuracy 33%
• Accuracy Improvement 33%
• Separated Flows 33%
• Good Accuracy 33%
• Relevant Tests 33%
• Aircraft Model 33%
• Numerical Stability 33%
• Source Term 33%
• Efficiency Requirement 33%
• Angle of Attack 33%
• Vortex Flow 33%
• Aerodynamic Characteristics 33%
• Reynolds-averaged Navier-Stokes Equations 33%
• Delta Wing 33%
• Automated Calibration 33%
• High Agility 33%
• Wing Geometry 33%
• Eddy-viscosity Model 33%
• High Angle of Attack 33%
• Flow Stage 33%
• Large-scale Vortices 33%
• Complex Turbulence 33%
• Vortex Source 33%
• One-equation Turbulence Model 33%
• Synergize 33%

Engineering

• Vortex 100%
• Leading Edge Vortex 100%
• Computational Efficiency 50%
• Flow Condition 50%
• Angle-of-Attack 50%
• Good Accuracy 25%
• Aircraft Model 25%
• Source Term 25%
• Accuracy Improvement 25%
• Reynolds-Averaged Navier-Stokes 25%
• Aerodynamic Characteristic 25%
• Vortex Flow 25%
• Delta Wing 25%
• Eddy-Viscosity Model 25%
• Numerical Solution 25%
• Leading Edge 25%
• Numerical Stability 25%
• Separated Flow 25%
• Equation Turbulence Model 25%
• Navier-Stokes Equation 25%