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Rotor/airframe aeroacoustic prediction for EVTOL UAM aircraft
Daniel A. Wachspress
, Michael K. Yu
,
Kenneth S. Brentner
Aerospace Engineering
Research output
:
Contribution to conference
›
Paper
›
peer-review
16
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Scopus citations
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Keyphrases
Rotor
100%
Airframe
100%
EVTOL
100%
Urban Air Mobility
100%
Aircraft Noise
60%
Electric Power
40%
Strut
40%
VTOL Aircraft
40%
Vertical Takeoff
40%
Distributed Electric Propulsion Aircraft
40%
Modeling Capability
20%
Design Tools
20%
On Demand
20%
Prediction Accuracy
20%
Electric Motor
20%
Metropolitan Areas
20%
Acoustic Prediction
20%
Fast Method
20%
Broadband Noise
20%
Simultaneous Methods
20%
Noise Characteristics
20%
Acoustic Characteristics
20%
New Breed
20%
Interaction Noise
20%
Land Configuration
20%
Motor Noise
20%
Wing-wing Interaction
20%
Engineering
Rotors
100%
Airframe
100%
Aircraft
100%
Duct
33%
Electric Propulsion
33%
Accurate Prediction
16%
VTOL/STOL Aircraft
16%
Takeoff
16%
Broadband Noise
16%
Design Tool
16%
Electric Motor
16%
Landing Configuration
16%
Physics
Aeroacoustics
100%
Airframe
100%
Electric Propulsion
66%
Acoustics
66%
Takeoff
66%
Vertical Takeoff Aircraft
66%
Earth and Planetary Sciences
Vertical Takeoff Aircraft
100%
Vertical Landing
66%
Acoustics
66%
Electric Motor
33%
Aircraft Noise
33%
Metropolitan Area
33%