Postdoctoral Fellow, The Hong Kong Polytechnic University
aeroacoustics, propeller noise, experimental method
Mr. Han WU obtained his Bachelor’s degree of engineering in Xi’an Jiaotong University in 2017. Then he went to HKUST and received his MSc degree. Afterwards he joined AANTC as a research assistant and conducted his PhD study in 2020. He is currently working on the experimental investigation on the noise generated by the propellers of multi-rotor powered vehicles.
Publications
- Experimental Flow and Aeroacoustic Study of a Ducted Propeller in Axial Flow (2026)
- Broadband Noise of a Hovering Rotor: Measurement, Prediction, and Reduction (2025)
- Experimental investigation of the flow and acoustic characteristics of a ducted propeller with incoming flow (2024)
- Experimental and Modelling Characterization of the Broadband Noise of a Rotor in Hover (2024)
- Experimental analysis of the transient aeroacoustic interaction of coaxial contra-rotating rotors (2024)
- Experimental study of aeroacoustics and boundary layer transition of a lifting rotor during forward flight (2024)
- Experimental study of the turbulence ingestion noise of rotor blades (2024)
- Experimental Study of the Effect of Boundary-Layer Transition on Rotor Aeroacoustics (2024)
- Enhancing sustainable urban air transportation: Low-noise UAS flight planning using noise assessment simulator (2024)
- Aerodynamics and aeroacoustics of ducted propellers: A study on the design and geometry effects (2024)
- Noise assessment and low-noise flight path planning platform for urban air mobility (2023)
- Experimental investigation on the aeroacoustics of coaxial rotors (2023)
- AEROACOUSTIC INVESTIGATION OF GRID TURBULENCE INTERACTING WITH ROTORS (2023)
- A numerical study of the duct geometry effects on the aerodynamics and aeroacoustics of ducted propellers (2023)
- Development of a Low-Noise and High-Efficiency Propeller Using Divergent Riblet Surface Pattern (2023)
- Predicting the aerodynamic noise of counter-rotating coaxial rotors (2023)
- Experimental investigation of the effect of sectional airfoil profile deviation on propeller noise (2023)
- Experimental and numerical investigations on rotor noise in axial descending flight (2023)
- Computational aeroacoustics study of propellers with vibrational motion (2023)
- An investigation of rotor aeroacoustics with unsteady motions and uncertainty factors (2023)
- UNCERTAINTY FACTORS IN PROPELLER AEROACOUSTIC MEASUREMENTS (2022)
- On the effect of unsteady motions on the rotor aerodynamic noise (2022)
- Identification of deterministic components of propeller noise (2022)
- Acoustic measurement of multi-rotor drones in anechoic and hemi-anechoic chambers (2022)
- Toward high-efficiency low-noise propellers: A numerical and experimental study (2022)
- Radiation Modes of Propeller Tonal Noise (2022)
- On identifying the deterministic components of propeller noise (2022)
- The multi-functional rotor aerodynamic and aeroacoustic test platform at HKUST (2021)
- Numerical simulations of small-scale shrouded propellers (2021)
- Experimental assessment of the noise characteristics of propellers for commercial drones (2021)
- Aeroacoustic measurements of dual-rotor interactions (2021)
- A hybrid and efficient low-noise assessment platform for urban aerial mobility (HELPU) (2021)
- Aerodynamic and acoustic measurements of dual small-scale propellers (2021)
- Aeroacoustic characteristics of metasurfaces with stair-stepping honeycomb structures covered by perforated panels (2020)
- A rotor blade aeroacoustics test platform at HKUST (2020)
- Noise measurements of generic small-scale propellers (2019)