Visualisation of the Surface Vibration Using a PVDF Film Array

Berney Bao, David Matthews, A. Munyard, Hongmei Sun, Jie Pan

    Research output: Chapter in Book/Conference paperConference paper

    1 Citation (Scopus)

    Abstract

    The ability to visualise the vibration of a structural surface is a big advantage when analysing the modal characteristics of the structure. This can be done using many accelerometers but can be a laborious, time consuming process. In addition, for small structures the accumulative effects of accelerometer mass can soon become a problem and adversely affect the measured natural frequencies. An alternative is to use a scanning laser doppler vibrometer (SLDV) where the surface can be scanned to passively obtain the surface velocity. These systems are very useful but can be expensive and difficult to use in confined spaces or within fluids. This paper investigates using Polyvinylidene fluoride (PVDF) polymer film as an alternative method for visualizing the surface vibration. PVDF film has been widely investigated as a sensor and transducer material due to its high piezo-, pyro- and ferro-electric properties. In can be easily fabricated into thin sheets (∼ few um) and as a result it is ideal for making small, very light piezoelectric sensors. An array of seventeen PVDF sensors was constructed and attached to a thinly clamped steel disk. The output of the array was recorded for the first six resonant frequencies of the disk and compared to simultaneous results obtained using a SLDV.
    Original languageEnglish
    Title of host publicationProceedings of Acoustics 2015 Hunter Valley
    Place of PublicationAustralia
    PublisherAustralian Acoustical Society
    Pages1-8
    VolumeN/A
    Publication statusPublished - 2015
    EventAcoustics 2015 Hunter Valley - Cypress Lakes Resort, Hunter Valley, Australia
    Duration: 15 Nov 201518 Nov 2015
    Conference number: 118100

    Conference

    ConferenceAcoustics 2015 Hunter Valley
    CountryAustralia
    CityHunter Valley
    Period15/11/1518/11/15

    Fingerprint

    vinylidene
    fluorides
    vibration
    vibration meters
    accelerometers
    resonant frequencies
    sensors
    scanning
    lasers
    transducers
    steels
    output
    fluids
    polymers

    Cite this

    Bao, B., Matthews, D., Munyard, A., Sun, H., & Pan, J. (2015). Visualisation of the Surface Vibration Using a PVDF Film Array. In Proceedings of Acoustics 2015 Hunter Valley (Vol. N/A, pp. 1-8). Australia: Australian Acoustical Society.
    Bao, Berney ; Matthews, David ; Munyard, A. ; Sun, Hongmei ; Pan, Jie. / Visualisation of the Surface Vibration Using a PVDF Film Array. Proceedings of Acoustics 2015 Hunter Valley. Vol. N/A Australia : Australian Acoustical Society, 2015. pp. 1-8
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    abstract = "The ability to visualise the vibration of a structural surface is a big advantage when analysing the modal characteristics of the structure. This can be done using many accelerometers but can be a laborious, time consuming process. In addition, for small structures the accumulative effects of accelerometer mass can soon become a problem and adversely affect the measured natural frequencies. An alternative is to use a scanning laser doppler vibrometer (SLDV) where the surface can be scanned to passively obtain the surface velocity. These systems are very useful but can be expensive and difficult to use in confined spaces or within fluids. This paper investigates using Polyvinylidene fluoride (PVDF) polymer film as an alternative method for visualizing the surface vibration. PVDF film has been widely investigated as a sensor and transducer material due to its high piezo-, pyro- and ferro-electric properties. In can be easily fabricated into thin sheets (∼ few um) and as a result it is ideal for making small, very light piezoelectric sensors. An array of seventeen PVDF sensors was constructed and attached to a thinly clamped steel disk. The output of the array was recorded for the first six resonant frequencies of the disk and compared to simultaneous results obtained using a SLDV.",
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    Bao, B, Matthews, D, Munyard, A, Sun, H & Pan, J 2015, Visualisation of the Surface Vibration Using a PVDF Film Array. in Proceedings of Acoustics 2015 Hunter Valley. vol. N/A, Australian Acoustical Society, Australia, pp. 1-8, Acoustics 2015 Hunter Valley, Hunter Valley, Australia, 15/11/15.

    Visualisation of the Surface Vibration Using a PVDF Film Array. / Bao, Berney; Matthews, David; Munyard, A.; Sun, Hongmei; Pan, Jie.

    Proceedings of Acoustics 2015 Hunter Valley. Vol. N/A Australia : Australian Acoustical Society, 2015. p. 1-8.

    Research output: Chapter in Book/Conference paperConference paper

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    N2 - The ability to visualise the vibration of a structural surface is a big advantage when analysing the modal characteristics of the structure. This can be done using many accelerometers but can be a laborious, time consuming process. In addition, for small structures the accumulative effects of accelerometer mass can soon become a problem and adversely affect the measured natural frequencies. An alternative is to use a scanning laser doppler vibrometer (SLDV) where the surface can be scanned to passively obtain the surface velocity. These systems are very useful but can be expensive and difficult to use in confined spaces or within fluids. This paper investigates using Polyvinylidene fluoride (PVDF) polymer film as an alternative method for visualizing the surface vibration. PVDF film has been widely investigated as a sensor and transducer material due to its high piezo-, pyro- and ferro-electric properties. In can be easily fabricated into thin sheets (∼ few um) and as a result it is ideal for making small, very light piezoelectric sensors. An array of seventeen PVDF sensors was constructed and attached to a thinly clamped steel disk. The output of the array was recorded for the first six resonant frequencies of the disk and compared to simultaneous results obtained using a SLDV.

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    Bao B, Matthews D, Munyard A, Sun H, Pan J. Visualisation of the Surface Vibration Using a PVDF Film Array. In Proceedings of Acoustics 2015 Hunter Valley. Vol. N/A. Australia: Australian Acoustical Society. 2015. p. 1-8