本地和本地参数:马丘皮丘城墙和生态土夹层系统的修订

E. Villacis, C. Ayarza, Julio Gutierrez
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摘要

通过对当地建筑体系的研究,开发出与当地资源和文化进程相一致的当地当代替代方案;其成果是应对迫在眉睫的全球能源危机的本土建筑。具有不同结构形式的封闭土建筑系统已在整个拉丁美洲,特别是安第斯地区得到应用。根据这些标准,我们开发了生态土夹层系统,这是一种带有金属板围护结构的密闭土墙,可作为一种替代墙体系统。利用当地的资源、材料和劳动力,Con Lo Que Hay 14 (CLQH 14) 工作坊(译为 "利用现有资源,第 14 版工作坊")为厄瓜多尔安第斯山区的一个小型郊区社区中心开发了生态土夹层系统,该系统基于当地的封闭土标准。本研究将通过 Arellano 和 Angel 的乡土参数,评估马丘比丘(秘鲁)用石块保护土核的墙壁和生态土夹层系统,以描述其内在和乡土的一致性。
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VERNACULAR AND ENDOGENOUS PARAMETERS: REVISION OF THE MACHUPICCHU WALL AND THE ECOEARTH SANDWICH SYSTEM
The study of vernacular construction systems as a means to develop coherent local contemporary alternatives consistent with local resources and cultural processes; the results are endogenous buildings that respond to the eminent global energy crisis. Confined earth construction systems with different structural forms have been used throughout Latin America, specifically in the Andes. With these criteria, the eco earth sandwich system, a confined earth wall with metal sheet containment, has been developed as an alternative wall system. Using local resources, materials, and workforce, The Con Lo Que Hay 14 (CLQH 14) workshop, which translates to “With What is Available, edition 14 workshop,” developed the eco earth sandwich for a small suburban community center in the Ecuadorian Andes, based on vernacular contained earth criteria. Through Arellano and Angel vernacular parameters, this study will evaluate Machu Picchu (Peru) walls with dirt nuclei protected by stone and the eco-earth sandwich system to depict their endogenous and vernacular coherence.
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