Add to ORKGBuildings for the future, i.e zero emission buildings and passive houses, will need well insulated building envelopes, which includes increased insulation thicknesses for roof, wall and floor constructions. Increased insulation thicknesses may cause an increase in moisture levels and thereby increased risk of mold growth. There is need for increased knowledge about moisture levels in wood constructions of well insulated houses, to ensure robust and moisture safe solutions
Reduction of energy use constitutes as an important measure for climate change mitigation. Buildings...
There are several biological processes causing aging and damage to buildings. This is partly due to ...
Due to increased awareness of climate change and higher energy costs, well‐insulated buildings have ...
Buildings for the future, i.e zero emission buildings and passive houses, will need well insulated b...
AbstractBuildings for the future, i.e zero emission buildings and passive houses, will need well ins...
Adding insulation to improve the energy performance of a building with a traditional Swedish wooden ...
This report addresses moisture safety in highly insulated wood-frame walls. Research shows that...
Due to increased awareness of climate change and energy costs, well-insulated buildings have become ...
Due to increased awareness of climate change and energy costs, well-insulated buildings have become ...
A research study was conducted to investigate the risk of condensation and mold growth in 2x6 wood-f...
Energy saving requirements has lead towards highly insulated building components. The thickness of i...
AbstractResidential housing in Saint-Petersburg built-up in 1960-1995 can be featured by poor therma...
On a Danish housing estate moisture sensors were installed in dwellings, partly in exterior walls an...
Thermal insulation of building envelopes has improved over the years. This means that building envel...
AbstractThe nearly zero energy buildings (nZEB) ideology foresees first and foremost that heat losse...
Reduction of energy use constitutes as an important measure for climate change mitigation. Buildings...
There are several biological processes causing aging and damage to buildings. This is partly due to ...
Due to increased awareness of climate change and higher energy costs, well‐insulated buildings have ...
Buildings for the future, i.e zero emission buildings and passive houses, will need well insulated b...
AbstractBuildings for the future, i.e zero emission buildings and passive houses, will need well ins...
Adding insulation to improve the energy performance of a building with a traditional Swedish wooden ...
This report addresses moisture safety in highly insulated wood-frame walls. Research shows that...
Due to increased awareness of climate change and energy costs, well-insulated buildings have become ...
Due to increased awareness of climate change and energy costs, well-insulated buildings have become ...
A research study was conducted to investigate the risk of condensation and mold growth in 2x6 wood-f...
Energy saving requirements has lead towards highly insulated building components. The thickness of i...
AbstractResidential housing in Saint-Petersburg built-up in 1960-1995 can be featured by poor therma...
On a Danish housing estate moisture sensors were installed in dwellings, partly in exterior walls an...
Thermal insulation of building envelopes has improved over the years. This means that building envel...
AbstractThe nearly zero energy buildings (nZEB) ideology foresees first and foremost that heat losse...
Reduction of energy use constitutes as an important measure for climate change mitigation. Buildings...
There are several biological processes causing aging and damage to buildings. This is partly due to ...
Due to increased awareness of climate change and higher energy costs, well‐insulated buildings have ...