Alumni

PhD Students

1. Donghun Kang (2024), Prediction and mitigation of airfoil noise using large eddy simulations, Now a post-doc at UC San Diego.
2. Jessica Shum (2024), Effect of airfoil design parameters and particle impact induced surface roughness on dynamic stall, Now works at US Department of State.
3. Jared Sagaga (2023), Aerodynamic and aeroacoustic analysis of side-by-side rotor urban air mobility vehicles in hover, Now works at CFD Research Corporation as a contractor to US Army.
4. Sicheng (Kevin) Li (2022), Comprehensive rotorcraft broadband noise prediction, Now an assistant professor at Oklahoma State University.
5. Zhongqi (Henry) Jia (2021), Aeroacoustic predictions for a lift-offset coaxial rotor and urban air mobility aircraft, Now works at US Army at Ames.

MS Students

1. Hyunjune Gill (2022), Effect of 2-D ice accretion on turbulent boundary layer and trailing-edge noise
2. Jagdeep Batther (2021), Numerical investigation of dynamic stall using delayed detached eddy simulations, Now works at Advanced Rotorcraft Technology (ART)
3. Jessica Shum (2020), Computational fluid dynamics best practices for 2-D dynamic stall predictions
4. Nikos Trembois (2020), Automatic mesh generation of structured overset rotor blades
5. Sicheng (Kevin) Li (2020), Development of rotorcraft forward flight analysis code using the finite-state dynamic inflow model
6. Yuejun (Peter) Shi (2019), Airfoil trailing edge noise prediction using RANS CFD
7. Danny Nguyen (2018), Validation and improvement of the TNO model for trailing edge noise prediction

Post-Doctoral Scholar

1. Gustavo Navarro (2016), Fast computational algorithm for sound propagation

Visiting Students

1. Jaehyeon Park (2024-2025), Drone noise reduction, Gwangju Institute of Science and Technology (GIST)
2. Chen Liu (2018-2020), Airfoil trailing-edge noise reduction and shape optimization, Harbin Engineering University
3. Yiyang Ma (2019), Rotorcraft dynamic stall, Nanjing University of Aeronautics and Astronautics
4. Denghui Qin (2017-2018), Ducted propeller noise reduction and jet surface interaction noise, Northwestern Polytechnical University (NPU), in School of Marine Science and Technology

Visiting Scholars

1. Dr. Jae-Sang Park (2023-2024), Chungnam National University, Korea
2. Dr. Kyoungyoun Kim (2022-2023), Hanbat National University, Korea
3. Dr. Jongbong Yim (2021-2022), Agency for Defense Development, Korea
4. Dr. Sangjoon Shin (2021-2022), Seoul National University, Korea
5. Dr. Jongkwang Lee (2020-2021), Hanbat National University, Korea
6. Dr. Seungkyung Park (2020-2021), Korea University of Technology and Education, Korea
7. Dr. Ki-Wahn Ryu (2017-2018), Chonbuk National University, Korea

Undergraduate Students

1. Alyssa Freed (2023), Wing tip vortex CFD
2. Huy Tran (2023), Rotor BVI CFD
3. Ethan Brown (2023), Propeller CFD
4. Sam Kilduff (2023), Dynamic stall CFD 
5. Jordon Won (2022), Rotorcraft CFD and broadband noise prediction
6. Inbal Shlesinger (2020), Coaxial rotor acoustics and iced airfoil
7. Louis Cashatt (2019), OVERFLOW 2-D airfoil CFD
8. Ryan (Jiawei) Liang (2019), OVERGRID mesh generation
9. Hyunjune Gill (2019), Fluent and OpenFoam CFD
10. Maxime Dasonvilee (2019), Coaxial rotor BEMT
11. Abhay Negi (2019), OVERGRID mesh generation
12. Dahlia Pham (2018), Fluent CFD analysis for an airfoil
13. Robert Moore (2018), Turbulent flows on a flat plate
14. Jessica Shum (2018), Turbulent wall pressure spectrum modeling
15. Kevin (Sicheng) Li (2018), Wind turbine aerodynamics
16. Michi (Pnithan) Jantarakolica (2018), Iced airfoil CFD
17. Savannah Buchner (2018), Rotor trailing edge noise
18. Dorian Crutcher (2017), CFD mesh generation using OVERGRID
19. Andrew Chen (Summer Intern, 2016, 2017), Aircraft noise measurement and analysis
20. Augusto Villaescusa (Summer Intern, 2016), Comparison and assessment of empirical wall pressure spectrum models
21. Ryan Mcconnell (Summer Intern, 2016), ANSYS Workbench and Fluent simulations for flows around a NACA0012 airfoil
22. Prabhjot Kaur Dhawan (Visiting undergraduate student, 2016), Validation and numerical sensitivity study for a semi-empirical BPM trailing edge noise model