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Construction of MOOC Teaching System for Double Helix Architectural Energy Saving

机译:双螺旋建筑节能MOOC教学系统的构建

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The architecture of the school buildings in relation to environmental quality is a major concern of sustainable development in the 21st century. The plan of the central corridor and the plan of side corridor built with baked bricks are the most practiced styles in the construction of these buildings. Today, in light of the challenges that must lead the academic space to ensure comfort conditions in respect of the environment, one wonders of the thermal performance of these conceptual models and the composition of their envelope. Based on a measurement campaign, the study allowed conducting an objective assessment of key physical parameters of thermal comfort in the climate context of an Algerian town in Mediterranean climate (Tizi-Ouzou). Moreover, bioclimatic analysis was used to identify major shortcomings related to the form and composition of the shell of the buildings and to conduct a comparative study between the two typologies.
机译:与环境质量相关的教学楼建筑是21世纪可持续发展的主要关注点。在这些建筑物的建造中,最常采用的风格是用烤砖砌成的中央走廊和侧走廊。如今,鉴于必须引导学术界确保环境舒适条件的挑战,人们对这些概念模型的热性能及其外壳组成感到好奇。基于一项测量运动,该研究允许对地中海气候(Tizi-Ouzou)的阿尔及利亚城镇的气候环境中的热舒适性的关键物理参数进行客观评估。此外,生物气候分析被用来识别与建筑物外壳的形式和组成有关的主要缺陷,并进行两种类型之间的比较研究。

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