Comparison of Two Community Noise Models Applied to a NASA Urban Air Mobility Concept Vehicle
InterNoise 2021
Abstract ID 1650
By Stephen A. Rizzi, NASA Langley, USA; Juliet A. Page, U.S. DOT Volpe Center, USA; and Rui Cheng, NIA, USA
Environmental Measurement and Modeling
Comparison of Two Community Noise Models Applied to a NASA Urban Air Mobility Concept Vehicle
CitationRizzi, Stephen A., Juliet A. Page, and Rui Cheng. Comparison of Two Community Noise Models Applied to a NASA Urban Air Mobility Concept Vehicle, Internoise 2021, August 2021.
AbstractPredictions of community noise exposure from a NASA urban air mobility (UAM) concept...
Development of Fly Neighborly Helicopter Model Specific Operational Noise Abatement Guidance from Acoustic Flight Test Data
CitationPage, Juliet A., Amanda Rapoza, and Eric Jacobs. Development of Fly Neighborly Helicopter Model Specific Operational Noise Abatement Guidance from Acoustic Flight Test Data, Internoise 2021, August 2021.
AbstractHelicopter model-specific noise abatement guidance...
In Situ Development and Application of Fly Neighborly Noise Abatement Procedures for Helicopters
About This DocumentJuliet Page, Amanda Rapoza, Eric Jacobs. “In Situ Development and Application of Fly Neighborly Noise Abatement Procedures for Helicopters,” Vertical Flight Society Forum 75, Philadelphia, Pa, 19 May 2019.
Unconventional Aircraft (UA) Noise Research
The U.S. DOT Volpe Center’s Acoustics Unconventional Aircraft (UA) Noise Research Team, with support from the FAA’s Office of Environment and Energy (AEE), was created to focus on issues relating to the noise and community acceptance of UAs as they begin to enter into the National Airspace System.AAM License Agreement
About This DocumentBy downloading AAM, the Licensee accepts the terms and conditions listed in the License Agreement governing the use of the Advanced Acoustic Model (AAM) application. Read the full agreement.
AAM Software Frequently Asked Questions
The Advanced Acoustic Model (AAM) is a suite of computer programs that predicts far-field noise from fixed-wing aircraft, rotary-wing aircraft, or moving and stationary ground-based operations. It is a simulation model that computes time varying noise levels for each step in a user-defined flight...Advanced Acoustic Model (AAM) Software
About AAM
The Advanced Acoustic Model (AAM) is a suite of software tools that allows users to model vehicle sound levels at receiver positions, either on a uniform grid or at specific defined locations, from helicopters, tiltrotor vehicles, and fixed wing aircraft.
AAM is flexible in its ability to allow users to model noise from any traditional or evolving transportation noise source.
Sonic Boom Prediction and Measurement Analysis Methods for Certification of Quiet Supersonic Aircraft
Sonic Boom Prediction and Measurement Analysis Methods for Certification of Quiet Supersonic Aircraft