STP779

    Water Vapor Diffusion Through Insulated, Masonry Building Walls

    Published: Jan 1982


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    Abstract

    The transfer of water vapor through insulated masonry walls is considered in a series of tests in an experimental station.

    To discover under what conditions condensation will take place, calculations based on Glaser's theory and conventional permeability values are made, then the theoretical predictions are compared with experimental results.

    Conclusions are that predictions are pessimistic. It is shown that a vapor barrier system is not the definitive solution for preventing condensation on a masonry wall.

    Keywords:

    condensation, humidity, internal insulation, mineral fiber, moisture, permeability, stationary conditions, test, vapor barrier, water vapor


    Author Information:

    Demars, Y
    Isover Saint-Gobain, Centre de Recherches Industrielles de Rantigny, Rantigny,

    Buck, Y
    Isover Saint-Gobain, Centre de Recherches Industrielles de Rantigny, Rantigny,


    Paper ID: STP38689S

    Committee/Subcommittee: E06.41

    DOI: 10.1520/STP38689S


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