Invited talks

  1. Dynamic stall and its prediction. (2024). Indian Institute of Technology Delhi.
  2. Aerodynamic whistle-based ultrasonic bat deterrents. (2023). Renewable Energy Wildlife Institute (REWI).
  3. Passive, blade-mounted ultrasonic bat deterrents. (2021). American Wind and Wildlife Institute.
  4. Numerical investigations of quiet blade designs inspired by the unique feather features of the night owl. (2017). Indian Institute of Science.
  5. Numerical investigations of quiet blade designs inspired by the unique feather features of the night owl. (2017). Indian Institute of Technology, Bombay.
  6. Analysis and design of a novel conceptual turbine to enhance wind farm efficiency. (2017). Rensselaer Polytechnic Institute.
  7. Innovative solutions to enhance wind turbine/farm performance and reduce noise. (2016). University of Kansas.
  8. Wind turbine and wind farm aerodynamics and aeroacoustics. (2014). University of Illinois at Urbana Champaign.
  9. Gas turbine cycle analysis with a focus on propulsion. (2014). General Electric Global Research Center.
  10. Windfarm aerodynamics and aeroacoustics. (2013). Argonne National Laboratory.
  11. Aerodynamic tone noise from open rotors. (2012). Indian Institute of Technology Delhi.
  12. Aerodynamic tone noise from open rotors. (2012). NASA Langley Research Center.
  13. An overview of GE’s research in aeroacoustics. (2010). The University of Cambridge.
  14. Blast-impact simulations using direct simulation monte carlo, and turbomachinery aeroacoustics. (2006). Indian Institute of Technology Delhi.
  15. Rotor-Stator Internation Tone Noise Prediction. (2006). NASA Glenn Research Center.

Regular talks

  1. Numerical investigations of quiet blade designs inspired by the unique feather features of the night owl. (2018). US Naval Research Center.
  2. Numerical investigations of quiet blade designs inspired by the unique feather features of the night owl. (2017). General Electric Aviation.
  3. Effect of airfoil thickness on incipience of dynamic stall at Re=200,000. (2016). Air Force Research Laboratory.
  4. Blast-impact simulations using direct simulation monte carlo, and turbomachinery aeroacoustics. (2006). Indian Institute of Technology Madras.
  5. Parallel algorithms for particle methods for fluid flow. (2004). SIAM Conference for Parallel Computing.