Other tools NBS offers a range of tools for specification and collaboration National BIM Library The most trusted BIM Library in the UK, certified to the internationally-recognised NBS BIM Object Standard Uniclass 2015 A dynamic and unified classification system for the construction industry covering all sectors Construction Information Service (CIS) A comprehensive online collection of construction related standards, regulations, technical advice and articles Plug-ins NBS provides a range of tools to help connect your CAD model to your specification model
Platform Resources Support Events About TheNBS.com Manufacturers Uniclass 2015 Get in touch

Platform

NBS Chorus Features and pricing Book a demonstration Sign in to NBS Chorus Other tools National BIM Library Uniclass 2015 Construction Information Service (CIS) Plug-ins

Resources

Knowledge Sample Specification Case studies Authors

Support

Training Downloads and updates

About

About NBS Newsroom

Platform

NBS Chorus Features and pricing Book a demonstration Sign in to NBS Chorus Other tools National BIM Library Uniclass 2015 Construction Information Service (CIS) Plug-ins

Resources

Knowledge Sample Specification Case studies Authors

Support

Training Downloads and updates

About

About NBS Newsroom

Digest 369 Interstitial condensation and fabric degradation

Publication Year

1992

Document Status

Withdrawn

Abstract

Condensation within the structural elements is called interstitial condensation. It has less immediate impact on the occupants than surface condensation and resultant mould growth but in the longer term can cause much more serious problems, possibly affecting the structural integrity of the building. Most constructions are permeable and some of the water vapour produced within the building by the normal activities of the occupants will diffuse into the external envelope. Condensation may then occur within the structure, causing decay in vulnerable materials or degrading thermal performance. Even in the absence of condensation, high humidities will raise the moisture content of timber and other hygroscopic materials and so increase the risk of decay.

Publisher Information

BRE

BRE is a building science centre that generates new knowledge through research. This is used to create products, tools and standards that drive positive change across the built environment. BRE helps its government and private sector clients meet the significant environmental, social and economic challenges they face in delivering homes, buildings and communities. BRE is owned by the BRE Trust, a registered charity. The Trust uses the profits made by the BRE companies to fund research and education that advances knowledge of the built environment.

IHS BRE Press
The Capitol Building
Bracknell
BRE
UK