Tracking and Characterization of Aircraft Wakes Using Acoustic and Lidar Measurements
Author(s) -
Earl R. Booth,
William M. Humphreys
Publication year - 2005
Publication title -
28th aiaa/ceas aeroacoustics 2022 conference
Language(s) - English
Resource type - Conference proceedings
DOI - 10.2514/6.2005-2964
Subject(s) - lidar , tracking (education) , characterization (materials science) , remote sensing , computer science , acoustics , aerospace engineering , geology , engineering , physics , optics , psychology , pedagogy
Data from the 2003 Denver International Airport Wake Acoustics Test are further examined to discern spectral content of aircraft wake signatures, and to compare three dimensional wake tracking from acoustic data to wake tracking data obtained through use of continuous wave and pulsed lidar. Wake tracking data derived from acoustic array data agree well with both continuous wave and pulsed lidar in the horizontal plane, but less well with pulsed lidar in the vertical direction. Results from this study show that the spectral distribution of acoustic energy in a wake signature varies greatly with aircraft type.
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