SENSITIVE ANALYSIS FOR EXCESSIVE DRYNESS DURING HEATING AND PREDICTION OF HYGROTHERMAL ENVIRONMENT

Dynamic simulation software based upon detailed building physics called THERB for HAM is used to predict hygrothermal environment of whole building. The accuracy of THERB is verified through the comparison of monitored and calculated values of temperature and humidity of the actual residential build...

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Veröffentlicht in:Journal of Environmental Engineering (Transactions of AIJ) 2007/07/30, Vol.72(617), pp.9-16
Hauptverfasser: OZAKI, Akihito, OZASA(KAGAWA), Harumi, TSUJIMARU, Tatsunori
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container_issue 617
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container_title Journal of Environmental Engineering (Transactions of AIJ)
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creator OZAKI, Akihito
OZASA(KAGAWA), Harumi
TSUJIMARU, Tatsunori
description Dynamic simulation software based upon detailed building physics called THERB for HAM is used to predict hygrothermal environment of whole building. The accuracy of THERB is verified through the comparison of monitored and calculated values of temperature and humidity of the actual residential buildings. Then sensitive analysis utilizing THERB is performed with a number of factors, such as property, area and thickness of interior materials and so on, which influence indoor humidity, especially excessive dryness during heating. Eleven factors that affect indoor humidity are defined with the extent of the influence by the multiple regression analysis on the basis of the sensitive analysis. It is clarified that the THERB can accurately predict the hygrothermal environment of buildings and the extreme sensitive factors influencing indoor humidity are the moisture generation in rooms, outdoor temperture and humidity, moisture capacity of sorption and desorption materials, water vapour permeance of interior finish and the preset heating temperature.
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subjects combined heat and moisture transfer
excessive dryness
hygrothermal environment
parametric analysis
sorption and desorption
title SENSITIVE ANALYSIS FOR EXCESSIVE DRYNESS DURING HEATING AND PREDICTION OF HYGROTHERMAL ENVIRONMENT
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