正在进行的处理:数字建筑文献摄影测量应用的基准分析

IF 0.5 0 ARCHITECTURE
Robert Kesack
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引用次数: 1

摘要

9. 在某些气候条件下,围护结构和能量回收通风的效率可以完全消除主动加热和冷却系统,就像1990年德国达姆施塔特的被动式房屋示范项目一样。如果高效、电气化的未来代表了一种场景,那么另一种可能的未来可能出现在2021年普利兹克奖得主安妮·拉卡顿和让·菲利普·瓦萨尔的作品中。他们的建筑通常包括辅助的、无条件的空间,这些空间在预算、材料和能源方面提供了低成本的使用灵活性。例如,他们的南特建筑学院(2009)结合了非程序化的、无条件的通高空间和可操作的、透明的立面。这些室内/室外房间在各种天气条件下为学校生活提供各种功能。无论建筑师选择哪种场景,Barber的叙述——现代建筑史上的“掉落的线索”——可以帮助今天的实践者想象一种更少依赖化石燃料的建筑的新可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Processing in Progress: A Benchmark Analysis of Photogrammetry Applications for Digital Architectural Documentation
9. In some climates, the efficiency of the envelope and energy-recovery ventilation enables active heating and cooling systems to be eliminated entirely, as was the case in the 1990 Passivhaus demonstration project in Darmstadt, Germany. If the efficient, electrified future represents one scenario, another possible future may be found in the work of 2021 Pritzker Prize laureates Anne Lacaton and JeanPhillipe Vassal. Their buildings often include auxiliary, unconditioned spaces that provide flexibility of use at low cost, in terms of budget, materials, and energy. For example, their Nantes School of Architecture (2009) incorporates unprogrammed, unconditioned double-height spaces with operable, transparent facades. These indoor/outdoor rooms serve a variety of functions in the life of the school, in all types of weather. Whichever scenario architects choose, Barber’s narratives—the “dropped threads” of modern architectural history—can help today’s practitioners imagine new possibilities for an architecture that is less dependent on fossil fuels.
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来源期刊
Technology Architecture and Design
Technology Architecture and Design Arts and Humanities-Visual Arts and Performing Arts
CiteScore
1.30
自引率
0.00%
发文量
18
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