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Acoustical Model of Mach Cut-off (COMPLETE)

Project Number: 042 COMPLETE
Category: Noise

Annual Reports

  • 2016 Annual Report
  • 2017 Annual ReportĀ 
  • 2018 Annual ReportĀ 
  • 2019 Annual-Final Report

Final Report-GT

Participants

  • Volpe Transportation Center
  • Georgia Institute of Technology
  • University of Washington
  • Pennsylvania State University

Lead Investigators

  • Michael Bailey
  • Juliet Page
  • Jimmy Tai
  • Michelle Vigeant
  • Victor W. Sparrow

    Program Managers

    • Sandy Liu

    Publications

    • 3-D Acoustic Ray-Tracing Model of Mach Cutoff Flight
    • Spatial Hearing and Virtual Auditory Display
    • Perceptual Characterization of Mach cut-off Sonic Booms
    • An improved Mach cut-off model based on a 3-D ray tracing method and realistic atmospheric data
    • Laboratory Test Bed for Sonic Boom Propagation
    • Sensitivity Analysis of Supersonic Mach Cut-off Flight
    • Subjective Study on Attributes Related to Mach Cut-off Sonic Booms
    • Preliminary Assessment and Extension of an existing Mach Cut-off Model
    • Aviation Noise Impacts: State of the Science

    FAA Center of Excellence for Alternative Jet Fuels & Environment

    • Washington State University
    • Massachusetts Institute of Technology
    • Federal Aviation Administration
    © Washington State University