The use of range-resolved interferometry for multi-parameter sensing in a wind tunnel
Date published
2023-05-23
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Volume Title
Publisher
SPIE
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Type
Conference paper
ISSN
0277-786X
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Citation
Barrington JH, James SW, Kissinger T, et al., (2023) The use of range-resolved interferometry for multi-parameter sensing in a wind tunnel. In: 8th European Workshop on Optical Fibre Sensors (EWOFS 2023), 23-26 May 2023, Mons, Belgium
Abstract
The work presented demonstrates that key parameters in aerodynamic structural characterisation of pressure, strain, and structural dynamics, can be all measured via optical fibre sensors interrogated using the principles of range-resolved interferometry (RRI). When used to interrogate sensors simultaneously deployed on a high lift wind in a wind tunnel, the approach yielded resolutions of 31 μPa/ √ Hz and 1 nε/ √ Hz at a bandwidth of 1526 Hz for pressure and strain, respectively, demonstrating the accuracy and versatility of the RRI signal processing technique.
Description
Software Description
Software Language
Github
Keywords
Range-resolved interferometry, Wind tunnel, Optical fibre sensors, Strain, Pressure
DOI
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Attribution 4.0 International
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Funder/s
Innovate UK: ATI 113074.
Engineering and Physical Sciences Research Council (EPSRC): EP/N002520.
Royal Academy of Engineering Research Fellowship: RF/201718/1745.