Diffusion paradigm
Assessing risks in insulation retrofits using hygrothermal software tools, Heat and moisture transport in internally insulated stone walls, by Joseph Little, Calina Ferraro and Beñat Arregi, published by Historic Environment Scotland in 2015, states: ‘The diffusion paradigm is that version of building physics which explains hygrothermal performance of building envelopes in terms of water vapour diffusion, which uses the steady-state profile method and leads to recommendations in the USA for vapour barriers and attic ventilation. It is the predisposition toward prescriptive guidance inhibited the development of an engineering approach.’
[edit] Related articles on Designing Buildings
Featured articles and news
An artist, philanthropist and ex-Army helicopter pilot
Q and A with self-representing artist, Hannah Shergold.
Building Safety Regulator appoints permanent director
And publishes three-year strategic plan.
Update on the Energy Savings Opportunity Scheme (ESOS)
Introducing changes to make it more effective from 2024.
2023 CIOB photography competition
Shortlist announced for 2023 public choice award vote.
The last of the Victorians. Book review.
Grimsby's Kasbah: where’s that?
An exotic name that is shrouded in mystery.
This weeks guest editor, Ankita Dwivedi of Firstplanit.
Fropm practice to research and the business of materials.
Terms, histories, theories and practices.
Types of work to existing buildings - repurposing of buildings
Alteration and everything else before demolition.
2023 HSE data on workplace injuries and ill health
And CIOB's response.
Building Safety Act and Secondary Legislation
Presidential update from CIAT's Eddie Weir PCIAT.
Starting pistol Statement for an election campaign?
Rates freeze, NI cuts, full expensing; early election?
Positive pressure or positive input ventilation
Could this be a remedy for condensation, damp or mould?
Unlocking a Healthier Tomorrow
Report on Social housing retrofit in Scotland 2023
Call for ministerial group and National Retrofit Delivery Plan.