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Moving Forward to 3D/4D Printed Building Facades

机译:向前移动到3D / 4D印刷的建筑物外观

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Nearly Zero Energy Buildings will require high-performance building envelopes, though the building sector is currently a major contributor to the world's energy consumption and related CO_2 emissions. Innovative advanced materials, such as smart or functionally graded materials are being developed to better adapt buildings to environmental needs. This paper presents a brief overview of novel advanced materials for passive/kinetic facades. There is a great potential for 3D/4D printing building components to address actual and future built environmental challenges. 3D printing buildings are still in its infancy, several limitations and barriers need to be addressed, though architects and engineers must keep looking forward and the rise of 4D design could bring "life" to buildings.
机译:近零能量建筑需要高性能的建筑信封,虽然建筑业目前是世界能源消耗和相关CO_2排放的主要贡献者。正在开发出创新的先进材料,例如智能或功能分级材料,以更好地适应环境需求。本文介绍了用于被动/动力学门面的新型先进材料概述。 3D / 4D印刷建筑组件有很大的潜力,以解决实际和未来的建筑环境挑战。 3D印刷建筑仍处于初期阶段,需要解决几个限制和障碍,尽管建筑师和工程师必须继续期待,4D设计的兴起可能会将“生命”带到建筑物。

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