About my research

My research uses high-fidelity CFD and aeroacoustic simulation to understand and improve the performance and noise characteristics of aerospace systems. I am especially interested in making simulation useful for real design decisions: not only predicting what happens, but also explaining why it happens and how engineers can improve it. Together, my work supports a broader goal: using validated simulation to design quieter and more efficient aircraft technologies. For future electric aircraft and urban air mobility, noise is not a secondary issue; it is central to public acceptance, certification, and practical deployment. My research aims to help engineers predict, understand, and reduce noise early in the design process.

All Stories

  1. Article
    Validating Flow360 to Predict Noise from Joby’s Five-Bladed eVTOL Propeller
  2. Article
    Smarter Simulation for More Efficient Compressor Design
    Payam Dehpanah