Effect of Semitransparent Screen on Heat Transfer Through a Flat Wall

Evaluation the energy efficiency of houses under a transparent dome is a rather difficult task due to the complexity of taking into account numerous factors affecting heat transfer, in particular the greenhouse effect. In this paper, a relatively simple model for calculating the characteristics of h...

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Published in:IOP conference series. Earth and environmental science 2021-03, Vol.666 (3), p.32089
Main Authors: Timofeev, A M, Prokopiev, A R, Alekseeva, E N
Format: Article
Language:English
Subjects:
Domes
Energy efficiency
Greenhouse effect
Heat flux
Heat transfer
Optical properties
Residential areas
Temperature
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description Evaluation the energy efficiency of houses under a transparent dome is a rather difficult task due to the complexity of taking into account numerous factors affecting heat transfer, in particular the greenhouse effect. In this paper, a relatively simple model for calculating the characteristics of heat transfer through the wall of a building with a dome, which takes into account the greenhouse effect, is proposed. It is shown that the presence of a semitransparent screen due to the greenhouse effect significantly changes the temperature of the building wall under the dome and the heat flux, which implies the importance of taking into account factors such as the optical properties of the screen, the temperature of the sky, and other climatic factors when calculating the thermal regime of dome systems.
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subjects Domes
Energy efficiency
Greenhouse effect
Heat flux
Heat transfer
Optical properties
Residential areas
Temperature
title Effect of Semitransparent Screen on Heat Transfer Through a Flat Wall
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