Conceptual Reference Database for Building Envelope Research Prev
Next
Related Concept
  • experiments and testing
  • HAM hygrothermal simulation
  • computer codes for heat-air-moisture transfer



  • Related Articles
  • Extensive validation, on roof panels: HAM: MOIST 3 1-D heat and moisture transfer model
  • Verify hygIRC: MEWS-NRC/IRC, Consortium for Moisture Management for Exterior Walls

  • Concept:

    HAM: experimental work

    Like most science fields, experimental work is still the strongest tool for initiating and boasting the current drive in the hygrothermal research.

    Experiments over direct observation of the physical process of the heat and moisture transfer within building envelope.
    Related References
    --------
    A novel method for full-scale measurement of the external convective heat transfer coefficient for building horizontal roof, by Shao, J., Liu, J., Zhao, J., Zhang, W., Sun, D. and Fu, Z., 2009
    --------
    A review of mass transfer measurements using naphthalene sublimation, by Goldstein, R. J. and Cho, H. H., 1995
    Environmental Chamber facility at BCE
    Design and construction of an environmental chamber facility, by Fazio, P., Athienitis, A. K., Marsh, C. and Rao, J., 1994
    different walls systems with wood siding
    Drying capabilities of wood frame walls with wood siding, by Salonvaara, M. H., Ojanen, T., Kokko, E. and Karagiozis, A. N., 1998
    field measurement
    Heat and mass transfer between indoor air and a permeable and hygroscopic building envelope: part I -- field measurements, by Simonson, C. J., Salonvaara, M., Ojanen, T., 2004
    filled cavity wall
    Heat-air-moisture design of masonry cavity walls: theoretical and experimental results and practice, by Hens, H. and Fatin, A.M, 1995
    measure drying rate
    Improving the drying efficiency of timber frame walls in cold climates, by using exterior insulation, by Ojanen, T., 1998
    --------
    Integration of simplified drying tests and numerical simulation in moisture performance analysis of the building envelope, by Ojanen, T., Salonvaara, M. and Simonson, C. J., 2002
    large-scale, flat roof
    Large scale testing of two flat roof assemblies insulated with cellulose, by Derome, D. and Fazio, P., 1998
    --------
    Moisture studies of a self-drying roof: tests in the large-scale climate simulator and results from thermal and hygric models, by Desjarlais, A. O., Petrie, T. W., Childs, P. W. and Atchley, J. A., 1998
    --------
    The selection of appropriate flow potentials for moisture transport models, by Galbraith, G.H. and Mclean, R.C., Guo, J., 1997
    large-scale envelope specimen
    Use of an environmental chamber to investigate large-scale envelope specimen hygrothermal performance, by Fazio, P., D. Derome, A. Athienitis, and J. Rao, 1997
    8 wall sections
    Water vapour transmission in wall structures due to diffusion and convection, by Vinha, J. and Kakela, P., 2000




    CRDBER, at CBS, BCEE, ENCS, Concordia,