Abstract. A building thermal simulation model is proposed in this paper to predict temperature and humidity for short term response under varying ...
Missing: Single | Show results with:Single
This paper develops a machine-learning approach to modeling indoor humidity dynamics that is suitable for real-world deployment at scale. This study then ...
Estimating indoor room temperature and relative humidity is essential for optimal HVAC control strategies. Currently, thermal estimation models are implemented ...
Indoor moisture and temperature conditions and equipment operation were measured and analyzed for. 43 homes in warm-humid and mixed-humid climate regions of ...
Indoor humidity in residential buildings is a recurrent topic of building physics. Even in buildings with high-quality insulation excessive indoor humidity ...
Missing: Implementation Estimation Units
Typically, a trial-and-error method is adopted in evaluating the indoor moisture generation rate in calculating building heat and moisture transfer. Values of ...
and (2) the EMPD model relies on a cyclical humidity load to estimate the penetration depth. ... EMPD model results to both the material properties and to ...
Migration of water vapor through the inner envelope by diffusion or air leakage brings the vapor into contact with surfaces at temperatures below its dew point.
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Aug 19, 2023 ¡¤ Here we propose two indices CRI t (H), an index of the rate of humidity contribution change, and CRI t (c) as the rate of indoor climate contribution change.
• Failure to exhaust indoor humidity sources such as showers, bathrooms, spas, pools and kitchens, especially in residential buildings and sports facilities ...