Façade Solar Control and Shading Strategies for Buildings in the Mediterranean Region

S. D. Salvo
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引用次数: 2

Abstract

In recent years, the growing awareness of the possibilities of biomimetic and adaptive materials in architecture has assumed a fundamental importance in the scientific domain, for the high performance of the building façades from an environmental point of view. To meet the housing and comfort needs in climates, such as the ones in the Mediterranean zones, characterized by ever-increasing temperatures, architectural technology must collaborate with nature in an even more decisive way, through increasingly smart and sustainable solutions. The paper reviews a collection of good practice examples of advances in material science, and the method used is to analyze the current performance of  and building envelopes with smart façade skins, in order to suggest some potential applications in the Mediterranean basin and regions of the world with similar climatic characteristics.The latter case studies, especially, show built examples of adaptive buildings that could be adopted for use in Mediterranean regions. When the climate characteristics are somehow different, the good practices from elsewhere can be implemented in an innovative way.
地中海地区建筑立面太阳能控制与遮阳策略
近年来,人们越来越意识到建筑中仿生和适应性材料的可能性,这在科学领域具有重要意义,因为从环境的角度来看,建筑表面具有高性能。为了满足气候条件下的住房和舒适需求,例如地中海地区,其特点是温度不断升高,建筑技术必须通过越来越智能和可持续的解决方案,以更加果断的方式与自然合作。本文回顾了材料科学进步的良好实践实例的集合,所使用的方法是分析智能立面表皮的当前性能和建筑围护结构,以建议在地中海盆地和世界上具有类似气候特征的地区的一些潜在应用。特别是后一种案例研究,展示了可用于地中海地区的适应性建筑的建成实例。当气候特征在某种程度上有所不同时,可以以创新的方式实施其他地方的良好做法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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