Abstract
Modern optical methods applicable to vibration analysis, monitoring bending-wave propagation in plates and shells as well as propagating acoustic waves in transparent media such as air and water are described. Field methods, which capture the whole object field in one recording, and point measuring (scanning) methods, which measure at one point (small area) at a time (but in that point as a function of time), will be addressed. Temporally, harmonic vibrations, multi-frequency repetitive motions and transient or dynamic motions are included.
Interferometric methods, such as time-average and real-time holographic interferometry, speckle interferometry methods such as television (TV) holography, pulsed TV holography and laser vibrometry, are addressed. Intensity methods such as speckle photography or speckle correlation methods and particle image velocimetry (PIV) will also be treated.
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Abbreviations
- CCD:
-
charge-coupled device
- DSP:
-
digital signal processing
- DSP:
-
digital speckle photography
- DSPI:
-
digital speckle-pattern interferometry
- EOH:
-
electro-optic holography
- ESPI:
-
electronic speckle-pattern interferometry
- LDA:
-
laser Doppler anemometry
- LDV:
-
laser Doppler vibrometry
- LP:
-
long-play vinyl record
- NDT:
-
nondestructive testing
- ODS:
-
operating deflexion shape
- PC:
-
phase conjugation
- PIV:
-
particle image velocimetry
- PLIF:
-
planar laser-induced fluorescent
- PM:
-
phase modulation
- PS:
-
peak systolic
- PS:
-
phase stepping
- SI:
-
speckle interferometry
- SP:
-
speckle photography
- TR:
-
time reversal
- TR:
-
treble ratio
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Molin, NE. (2007). Optical Methods for Acoustics and Vibration Measurements. In: Rossing, T. (eds) Springer Handbook of Acoustics. Springer Handbooks. Springer, New York, NY. https://doi.org/10.1007/978-0-387-30425-0_27
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