The testing of two methods for the moisture measurement of building fabrics via comparisons with data from an X-ray system

Y. Ze, M. Davies, Paul H. Baker, Mark C. Phillipson, Chris H. Sanders, Graham H. Galbraith, R. Craig McLean

    Research output: Contribution to journalArticle

    Abstract

    The measurement of moisture in building fabrics has been of interest for many years due to the potentially devastating consequences of moisture problems within buildings. A range of potential techniques are available with which to measure the moisture content of building fabrics in situ and this paper focuses on two techniques which offer the potential for some significant advantages over existing approaches: (1) thermal dual-probe and (2) time domain reflectometry. The two approaches have been tested against measurements of moisture content using a laboratory-based X-ray measurement facility. As a result of the work that has been undertaken, the authors are very confident that the two measurement techniques are indeed applicable to typical building fabrics.

    Original languageEnglish
    Pages (from-to)1409-1417
    Number of pages9
    JournalBuilding and Environment: the International Journal of Building Science and its Applications
    Volume44
    Issue number7
    DOIs
    Publication statusPublished - 1 Jul 2009

    Fingerprint

    Moisture
    moisture
    X rays
    moisture content
    Testing
    time domain reflectometry
    probe
    building
    fabric
    comparison
    method
    laboratory
    in situ

    Keywords

    • building fabrics
    • X-ray
    • construction
    • moisture measurement in buildings

    Cite this

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    title = "The testing of two methods for the moisture measurement of building fabrics via comparisons with data from an X-ray system",
    abstract = "The measurement of moisture in building fabrics has been of interest for many years due to the potentially devastating consequences of moisture problems within buildings. A range of potential techniques are available with which to measure the moisture content of building fabrics in situ and this paper focuses on two techniques which offer the potential for some significant advantages over existing approaches: (1) thermal dual-probe and (2) time domain reflectometry. The two approaches have been tested against measurements of moisture content using a laboratory-based X-ray measurement facility. As a result of the work that has been undertaken, the authors are very confident that the two measurement techniques are indeed applicable to typical building fabrics.",
    keywords = "building fabrics, X-ray, construction, moisture measurement in buildings",
    author = "Y. Ze and M. Davies and Baker, {Paul H.} and Phillipson, {Mark C.} and Sanders, {Chris H.} and Galbraith, {Graham H.} and McLean, {R. Craig}",
    note = "<p>Originally published in: Building and Environment (2009), 44 (7), pp.1409-1417.</p>",
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    language = "English",
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    journal = "Building and Environment: the International Journal of Building Science and its Applications",
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    }

    The testing of two methods for the moisture measurement of building fabrics via comparisons with data from an X-ray system. / Ze, Y.; Davies, M.; Baker, Paul H.; Phillipson, Mark C.; Sanders, Chris H.; Galbraith, Graham H.; McLean, R. Craig.

    In: Building and Environment: the International Journal of Building Science and its Applications, Vol. 44, No. 7, 01.07.2009, p. 1409-1417.

    Research output: Contribution to journalArticle

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    AU - Ze, Y.

    AU - Davies, M.

    AU - Baker, Paul H.

    AU - Phillipson, Mark C.

    AU - Sanders, Chris H.

    AU - Galbraith, Graham H.

    AU - McLean, R. Craig

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    AB - The measurement of moisture in building fabrics has been of interest for many years due to the potentially devastating consequences of moisture problems within buildings. A range of potential techniques are available with which to measure the moisture content of building fabrics in situ and this paper focuses on two techniques which offer the potential for some significant advantages over existing approaches: (1) thermal dual-probe and (2) time domain reflectometry. The two approaches have been tested against measurements of moisture content using a laboratory-based X-ray measurement facility. As a result of the work that has been undertaken, the authors are very confident that the two measurement techniques are indeed applicable to typical building fabrics.

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