All Stories

  1. Investigation of Aerodynamic and Aeroacoustic Performance of Various Distributed Electric Propulsion Configurations
  2. Assessment of Aeroacoustic Simulations for the Installation Noise of a Propeller-Wing Configuration in Forward Flight Using Multi-Fidelity Solvers
  3. Aerodynamic Performance of Distributed Electric Propulsion Wing Under Different Design and Operating Parameters
  4. Investigating the Aerodynamic and Aeroacoustic Behavior of a Single Propeller-Wing Configuration in Turbulent Flow
  5. Phase Synchronization in Noise Control: Advantages, Limitations, and Future Perspectives
  6. Effect of Rotational Speed Mismatch on a Twin Propeller System: Aeroacoustics Study
  7. Acoustic Performance of Co- and Counter-Rotating Synchronized Propellers
  8. Numerical and Experimental Analysis of Synchronized Propellers for Noise Mitigation
  9. Turbulent Flow Impact on the Acoustic and Aerodynamic Performance of Overlapping Propellers
  10. Acoustic characteristics of phase-synchronized adjacent propellers
  11. Aeroacoustic characteristics of distributed electric propulsion system in forward flight
  12. Aeroacoustic characteristics of distributed electric propulsion configuration with turbulent flows
  13. Interaction of vortex streets with a downstream wing
  14. Coherence of unsteady wake of periodically plunging airfoil
  15. Structure of tip vortex and wake of unsteady wings