木材+:建筑设计中材料转变的策略

C. Hoyos, Bruce Haglund
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引用次数: 0

摘要

我们的建筑项目致力于在建筑设计中推广使用木材作为主要结构材料,加强急需的材料转变,以缓解气候变化。木材是混凝土和钢铁的坚固替代品,它可以隔离碳而不是将其排放到大气中。我们地区正在经历木材和人造木结构产品使用的迅速重新出现。木材可以可持续地采伐和就地加工,进一步减少供应链中的碳污染。木结构建筑的发展提供了一个机会,以增加我们的建筑项目的承诺,以解决建筑教育中的环境可持续性。我们的项目通过扩展课程和教学策略来实现这一承诺,鼓励在本科和研究生课程的关键课程中进行材料转移。本文在我们的四个建筑设计工作室中展示了这些策略,其中以木材为主题的主题激励我们的学生成为“塑造零净汽车排放建筑和社区的未来管家”。这些策略体现了我们在探索研究与教学之间的交叉点以及美国国内外学术界与工业界之间的合作关系方面所做的努力。讨论的四个建筑设计工作室包括:一个基于竞赛的三年级本科工作室,与我们为期一年的结构系统序列相关,自2012年以来由森林工业资助的国家委员会赞助;400/500层的垂直工作室;以及我们的综合建筑设计研究生工作室,在那里我们将大量木材的使用定义为综合建筑设计项目的主题,包括AIA卓越设计框架(以前称为COTE十大工具箱2);以及我们沉浸式的英国留学研究生项目(英国春季预备研讨会和夏季研究工作室),在那里我们扩展了绿色建筑和城市的内容和教学策略,包括交叉层压木材(CLT)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wood+: Strategies for a Material Shift in Architectural Design
Our architecture program is committed to promote the use of wood as the major structural material in architectural design, reinforcing a much-needed material shift to mitigate climate change. Wood is a robust alternative to concrete and steel, sequestering carbon rather than spewing it into the atmosphere. Our region is experiencing a rapid re-emergence of the use of timber and manufactured wood structural products. Timber can be sustainably harvested and locally milled, further reducing carbon pollution in the supply chain. The development of timber construction offers an opportunity to increase our Architecture Program’s commitment to address- ing environmental sustainability in architecture education. Our program has addressed this commitment by expanding curricular and pedagogical strategies encouraging a material shift in key courses in undergraduate and graduate curricula. This paper presents those strategies in four of our architectural design studios where a wood-focused theme inspires our students to be “future stewards to shape zero-net-car- bon buildings and communities1” These strategies exemplify efforts to explore intersections between research and teach- ing, and partnerships between academia and industry in the United States and abroad. The four architectural design studios discussed include: a third-year undergraduate competition-based studio that is tied to our one-year structural systems sequence and is sponsored by a State Commission funded by the forest industry since 2012; a 400/500 level vertical studio; and our Integrated Architectural Design graduate studio where we have defined the use of mass timber as the theme for comprehensive architectural design projects that include the AIA Framework for Design Excellence (previously known as the COTE Top Ten Toolkit2); and our immersive United Kingdom (UK) Study Abroad graduate program (a spring preparatory seminar and a summer research studio in the UK) where we expanded content and pedagogical strategies on green buildings and cities to include cross-laminated timber (CLT).
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