Digital timber for affordable housing: from form finding and optimisation to digital fabrication

用于经济适用房的数字木材：从形状查找和优化到数字制造

• 批准号: 2279982
• 金额: --
• 依托单位: University of Cambridge
• 依托单位国家: 英国
• 项目类别: Studentship
• 财政年份: 2019
• 资助国家: 英国
• 起止时间: 2019 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=studentship-2279982
• 关键词: Digital; timber; affordable; housing; form

Digital design and fabrication are changing the relationship between design and construction. New methods are giving rise to innovative ways of thinking about architecture, where the realization of complex forms is becoming fast and affordable. This project aims to expand timber structural applications through digital design for future sustainable and affordable cities. Timber is a sustainable material with excellent structural properties. Through offsite digital fabrication and fast on site assembly, it could reduce not only construction time but also emissions, cost, transport and the weight ofbuildings. The development of the construction sector in the digital era is well behind the automotive or aerospace industries. The CO2 emissions of the construction sector in 2009 accounted for the 23% of the global emissions. Harvesting timber from mature forests gives space for new planting, leading to continued carbon uptake, allowing increasing timber infrastructure to store evermore carbon. The UN Declaration of the Human Rights stipulates the right for adequate living, however more than a billion people do not have access to adequate housing. With a much needed environmental change in our way of living and improvement on housing standards, digital timber could be the answer to the design of new affordable and environmental cities. This research project proposes a holistic approach to the use of digital timber, from form finding and optimization to digital fabrication.

数字设计和制造正在改变设计和施工之间的关系。新的方法正在产生创新的建筑思维方式，复杂形式的实现正在变得快速和负担得起。该项目旨在通过数字设计扩大木结构的应用，以实现未来可持续发展和经济实惠的城市。木材是一种具有优良结构性能的可持续材料。通过非现场数字化制造和快速现场组装，不仅可以减少施工时间，还可以减少排放、成本、运输和建筑物重量。在数字时代，建筑行业的发展远远落后于汽车或航空航天行业。2009年建筑业的二氧化碳排放量占全球排放量的23%。从成熟的森林中采伐木材为新的种植提供了空间，从而导致持续的碳吸收，从而允许增加木材基础设施来储存更多的碳。《联合国人权宣言》规定了适足生活的权利，但仍有超过10亿人无法获得适足的住房。随着我们生活方式的环境变化和住房标准的提高，数字木材可以成为设计新的负担得起的环保城市的答案。该研究项目提出了一种使用数字木材的整体方法，从形式寻找和优化到数字制造。