Dynamic Mesh Analyses of Helicopter Rotor-Fuselage Flow Interaction in Forward Flight

Keyphrases

• Forward Flight 100%
• Fuselage 100%
• Dynamic Mesh 100%
• Flow Interaction 100%
• Mesh Analysis 100%
• Helicopter Rotor 100%
• Rotor-fuselage Interaction 100%
• Computational Fluid Dynamics 50%
• Computational Power 50%
• Commercially Available 50%
• First-order 50%
• Dynamic Solver 50%
• Numerical Results 50%
• Flap 50%
• User-defined Function 50%
• Discretized 50%
• Flow Injection Analysis 50%
• Computing Time 50%
• Hovering Flight 50%
• Fourier Series 50%
• Computational Domain 50%
• Flight Condition 50%
• Mesh Motion 50%
• Mesh Structure 50%
• Interaction Problem 50%
• Near-wall Flow 50%
• Azimuthal Variation 50%
• Unsteady Compressible Flow 50%
• Mesh Cell 50%
• Skewness Value 50%
• Rotor Configuration 50%
• Grid Deformation 50%
• Isolated Rotor 50%
• Volume Element 50%
• Pitching Motion 50%
• Grid Quality 50%
• Volume Mesh Deformation 50%
• Triangular Base 50%
• Flow Regions 50%
• Overset 50%
• Prismatic Layer 50%
• Rigid Blade 50%
• Function Features 50%

Engineering

• Forward Flight 100%
• Rotors 100%
• Helicopter Rotors 100%
• Mesh Analysis 100%
• Computational Fluid Dynamics 50%
• Computational Power 50%
• Flaps 50%
• Volume Element 50%
• Flow Analysis 50%
• Computing Time 50%
• Fourier Series 50%
• Computational Domain 50%
• Azimuthal 50%
• Flight Condition 50%
• Pitch Motion 50%
• Mesh Motion 50%
• Flow Region 50%
• Grid Quality 50%
• Compressible Flow 50%