Conceptual Reference Database for Building Envelope Research Prev
Next

Moisture transfer through materials and systems in buildings

TenWolde, A.
1989
Water Vapor Transmission Through Building Materials and System: Mechanisms and Measurement, ASTM STP 1039, H. R. Trechsel and M. Bomberg, Eds., American Society for Testing and Materials, Phila-delphia, pp. 11-18
moisture, materials, buildings, water vapor, test methods, modeling, condcn-sation, ventilation, water vapor transmission, testing


TenWolde, A., (1989), "Moisture transfer through materials and systems in buildings", Water Vapor Transmission Through Building Materials and System: Mechanisms and Measurement, ASTM STP 1039, H. R. Trechsel and M. Bomberg, Eds., American Society for Testing and Materials, Phila-delphia, pp. 11-18.
Abstract:
When many of the current moisture control design guidelines for buildings were developed 50 years ago, they were consistent with analytical approaches and test methods. This consistency deteriorated when the importance of air convection was recognized. Although considerable research on moisture problems in buildings is available, there is no g~neral.., -con-sensuqs aimed at prevention. Sophisticated analytical moisture models have been developed,-but they are not eiisily available or are too complex to use as analytical or,desi.gn iool~.-C-u-rrent

7Wa-iei va-pot'tra *ns-fer test methods do-not provide material'property data for ihe-se--m"ojcls or-for design practic.e.-

76 restore'-consistency and make this information more useful to building practitioners, a coordinated approach to mathematical modeling is needed. Practical analytical tools need to be developed and test methods need to be expanded or developed to yield data appropriate for ' these models. Finally, more detailed information about airflow patterns in building com-ponents needs to be obtained.

Appears in Trechsel, H. R. and Bomberg, M., (Eds), 1996, Water vapor transmission through building materials and system: mechanisms and measurement


Related Resources:
  • This link has not been checked.ASTM
    "provides a global forum for the development and publication of voluntary consensus standards for materials, products, systems, and services"


Related Concepts


Author Information and Other Publications Notes
TenWolde, A.
Anton TenWolde, Research Physicist Research Forest Products Technologist, USDA Forest Service, Forest Products Laboratory, Madison, WI
  1. A mathematical model for indoor humidity in homes during winter
  2. Accuracy of wood resistance sensors for measurement of humidity
  3. Air pressures in wood frame walls
  4. Effect of cavity ventilation on moisture in walls and roofs
  5. Interior moisture design loads for residences
  6. Issues related to venting of attics and cathedral ceilings
  7. Manufactured housing walls that provide satisfactory moisture performance in all climates
  8. Moisture management in buildings
  9. Performance of back-primed and factory-finished hardboard lap siding in southern florida
  10. Ventilation, humidity, and condensation in manufactured houses during winter
  11. Weather Data  



CRDBER, at CBS, BCEE, ENCS, Concordia,