Investigation of the potential for applying freeform processes to construction
Investigation of the potential for applying freeform processes to construction
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发表时间：
2005
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通讯作者：
R. Buswell;R. Soar;Martyn Pendlebury;A. Gibb;F. Edum-Fotwe;T. Thorpe
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作者：
R. Buswell;R. Soar;Martyn Pendlebury;A. Gibb;F. Edum-Fotwe;T. Thorpe
快速制造流程能够通过顺序粘合“2D”材料层，直接从数字数据构建 3D 物理对象。这些工艺的开发是为了缩短设计和生产时间，同时提高竞争力。这些技术有望彻底改变制造业的许多传统工艺，并在航空和汽车工程等行业获得广泛接受。在建筑领域，虽然增材工艺比比皆是，但由于生产方法缺乏变化，伊根所倡导的显着经济和缩短施工时间的好处尚未完全实现。本文描述了快速制造及其流程，并演示了它们在建筑中的应用案例。考虑材料、工艺、成本等方面的问题。
Rapid Manufacturing processes are capable of constructing 3D physical objects directly from digital data by sequentially bonding ‘2D’ layers of material. These processes have been developed to shorten design and production time whilst enhancing competitiveness. The technologies promise to revolutionise many traditional processes in the manufacturing sector and are achieving wide spread acceptance in industries such as aero and automotive engineering. Within construction, while additive processes abound, the benefits of significant economies and reductions in construction time, as advocated for by Egan, have not been fully realised due to the lack of change in the methods of production. This paper describes Rapid Manufacturing and its processes and demonstrates the case for their application within construction. Consideration is given to the issues in terms of materials, process and cost.