Thermal Behaviour Evaluation of a Traditional Earthen Building Under the Climatic Conditions of the Benguerir City

Tarik Lemrani, Mohamed Ouakarrouch, N. Laaroussi, H. Radoine, Hicham Mastouri
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Abstract

This research project focuses mainly on the experimental characterization of thermophysical properties of the earth material extracted from the Benguerir city (Central region of Morocco). Samples were prepared and their thermophysical properties were characterized experimentally using the steady-state hot plate method and the differential scanning calorimetry method to estimate thermal conductivity and thermal heat capacity, respectively. A dynamic thermal simulation was carried out on a traditional building located by hypothesis in the Benguerir city. The obtained results showed an important interest in using earth as a promoter building material while preserving the local cultural heritage, ensuring thermal comfort, contributing to significant energy savings during all seasons of the year, and reducing greenhouse gas emissions..
Benguerir城市气候条件下传统土制建筑的热性能评价
本研究项目主要侧重于从Benguerir市(摩洛哥中部地区)提取的地球材料的热物理性质的实验表征。制备了样品,分别采用稳态热板法和差示扫描量热法测定了样品的导热系数和热容,对样品的热物性进行了实验表征。对本盖尔市一座传统建筑进行了动态热模拟。获得的结果表明,在保护当地文化遗产的同时,使用地球作为促进建筑材料的重要兴趣,确保热舒适,在一年中的所有季节都有助于显著节约能源,并减少温室气体排放。
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