| KEYWORD |
Aeroacoustics simulations of a rotor interacting with a supporting structure
Thesis abroad
keywords AEROACOUSTICS, AERODYNAMIC, TURBULENCE
Reference persons FRANCESCO AVALLONE
External reference persons Chaitanya Parachuri (University of Southampton)
Thesis type NUMERICAL
Description Goal of the thesis is to analyze the noise reduction mechanisms of a propeller (like the one of a drone) when interacting with a supporting structure. Experimental evidences have shown a relevant change of the noise generation mechanisms. The numerical simulation will discover and explain which noise generation mechanisms is affected and how.
Required skills Aerodynamics, Turbulent Flow, Aeroacoustics
Deadline 07/11/2024
PROPONI LA TUA CANDIDATURA