Abstract
The authors analyze the temperature distribution in a wall built of several layers, heated on the inside, and whose outside wall temperatures exhibit a sine distribution: development of a simulation program and validation by comparison with experimental results. They determine the influence of the positioning and thickness of the insulation, the heat flux required to keep the inside surface of a 3, 4 or 5-layer wall at a fixed temperature, and make a comparison between heavy walls and light-weight structure walls. Finally, the study concludes with the determination of the most interesting insulation (external) for slack periods, night and weekend.
Citation Formats
Elchinger, M F, Martin, C, and Fauchais, P.
Periodic thermal response of multi-layer walls in a building. Materials of different types used for insulation, both internal and external.
France: N. p.,
1982.
Web.
Elchinger, M F, Martin, C, & Fauchais, P.
Periodic thermal response of multi-layer walls in a building. Materials of different types used for insulation, both internal and external.
France.
Elchinger, M F, Martin, C, and Fauchais, P.
1982.
"Periodic thermal response of multi-layer walls in a building. Materials of different types used for insulation, both internal and external."
France.
@misc{etde_6804448,
title = {Periodic thermal response of multi-layer walls in a building. Materials of different types used for insulation, both internal and external}
author = {Elchinger, M F, Martin, C, and Fauchais, P}
abstractNote = {The authors analyze the temperature distribution in a wall built of several layers, heated on the inside, and whose outside wall temperatures exhibit a sine distribution: development of a simulation program and validation by comparison with experimental results. They determine the influence of the positioning and thickness of the insulation, the heat flux required to keep the inside surface of a 3, 4 or 5-layer wall at a fixed temperature, and make a comparison between heavy walls and light-weight structure walls. Finally, the study concludes with the determination of the most interesting insulation (external) for slack periods, night and weekend.}
journal = []
volume = {21:245}
journal type = {AC}
place = {France}
year = {1982}
month = {May}
}
title = {Periodic thermal response of multi-layer walls in a building. Materials of different types used for insulation, both internal and external}
author = {Elchinger, M F, Martin, C, and Fauchais, P}
abstractNote = {The authors analyze the temperature distribution in a wall built of several layers, heated on the inside, and whose outside wall temperatures exhibit a sine distribution: development of a simulation program and validation by comparison with experimental results. They determine the influence of the positioning and thickness of the insulation, the heat flux required to keep the inside surface of a 3, 4 or 5-layer wall at a fixed temperature, and make a comparison between heavy walls and light-weight structure walls. Finally, the study concludes with the determination of the most interesting insulation (external) for slack periods, night and weekend.}
journal = []
volume = {21:245}
journal type = {AC}
place = {France}
year = {1982}
month = {May}
}