Analysis Using ANN of Thermal Inertia in the Sahara Habitats: The Case of Architectural Styles in the Region of Adrar (Algeria)
[1]
Bouharati Saddek, Laboratory of Intelligent Systems, Faculty of Technology, UFAS Setif1 University, Algeria; Faculty of Natural Sciences and Life, UFAS Setif1 University, Algeria.
[2]
Braham-Chaouch Wafa, Research Unit renewable Saharan Environments (URER. MS), Adrar, Algeria.
[3]
Benzidane Chahra, Faculty of Natural Sciences and Life, UFAS Setif1 University, Algeria.
[4]
Boumaïza Souad, Faculty of Natural Sciences and Life, UFAS Setif1 University, Algeria.
Architecture Saharan thermal inertia is a key element of environmental management. Whatever the desired inertia, materials need to be adapted for this purpose. It depends on the chosen comfort; absorption of inertia makes use of dense materials with high thermal capacity (land, brick tablet). The inertia of the transmission, in turn, requires a material with absorption and rapid return of heat. The nature of the material used to absorb or diffuse the heat, thickness walls; architectural geometries have a very complex role. In this study, we propose a model for analyzing these variables through the techniques of artificial intelligence such as artificial neural networks.
Air Pollution, Air Quality, Artificial Intelligence, Fuzzy Logic
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