A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Issues of Indoor Climate Discomfort in Light Wooden Low-Energy Houses
The paper presents the results of in-situ measurements (temperature and CO2 concentration) carried out on several family houses built in a low-energy, passive or nearly zero standard. Factors of potential discomfort of wooden low-energy houses such as light good-insulated envelope constructions, solar passive gains, air tightness, sensibility of ventilation system and others are analyzed. Results of measurements are confronted with computer simulations and results based on normative methods.
Issues of Indoor Climate Discomfort in Light Wooden Low-Energy Houses
The paper presents the results of in-situ measurements (temperature and CO2 concentration) carried out on several family houses built in a low-energy, passive or nearly zero standard. Factors of potential discomfort of wooden low-energy houses such as light good-insulated envelope constructions, solar passive gains, air tightness, sensibility of ventilation system and others are analyzed. Results of measurements are confronted with computer simulations and results based on normative methods.
Issues of Indoor Climate Discomfort in Light Wooden Low-Energy Houses
Advanced Materials Research ; 1041 ; 346-349
2014-10-27
4 pages
Article (Journal)
Electronic Resource
English
Issues of Indoor Climate Discomfort in Light Wooden Low-Energy Houses
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