Advanced Aircraft Aerodynamics and Aeroacoustics
Professor Xin Zhang
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Research projects
Below you can find summaries of Professor Xin Zhang recent research projects
Aerodynamics Interaction between a wing and wheels
Aerodynamics of oscillating wing
Large-scale source term modeling of vortex generation
Investigate the effect of bogie inclination angle on the unsteady flow field and noise production
Wheel aerodynamics
Aerodynamics and Aeroacoustics of flap side-edge
Blowing for bluff-body noise control
Physics-based aeroacoustics modeling of bluff-bodies
Aeroacoustic measurement technologies for closed-section wind tunnels
Computational aeroacoustics of bogie noise
Aeroacoustics control of landing gear noise using perforated fairings
Aeroacoustics investigation of aircraft spoiler in steep approach
Developing of interface between high-order CFD and CAA solver
Computational aeroacoustic modelling of aircraft sound propagation and radiation
Efficient computation of sound radiation on adaptively refined mesh
Slat noise attenuation with acoustic liner treatment
Acoustically hot points on aircraft landing gears
Development of whole aircraft noise model
Modelling next generation CROR aircraft
Large-eddy simulation of jet interaction with a wing
Clean sky project
Plasma actuation for wing circulation control