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Challenges of Real-Scale Production with Smart Dynamic Casting

机译:用智能动态铸造实际生产的挑战

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Digital fabrication with concrete has for more than a decade been of high interest in both research institutions and industries.A particular interest has been set on Contour Crafting,a type of layered extrusion with concrete,which in recent years has been used for the fabrication of single and multi-story buildings.However,these have been done with little proof of systematic integration of reinforcement,which until now still requires tedious post processing to obtain the structural capabilities required.Smart dynamic casting,a robotic fabrication process for standard and nonstandard vertical structures,has recently proven a systematic integration of reinforcement and is thereby the first digital fabrication process world-wide which has unified reinforcement and concreting in a single robotic fabrication process.This paper presents the latest developments and challenges of SDC and introduces the first architectural application in the form of structurally optimised facade mullions that are to be installed in the dfab House at the EMPA premises in Diibendorf,Switzerland.
机译:与混凝土的数字制造有超过十年的研究机构和工业的高度兴趣。采用轮廓制作,一种与混凝土的分层挤出的特殊兴趣,近年来已被用于制造单层和多层建筑物。然而,这些都是通过钢筋系统整合的少量证据来完成的,直到现在仍然需要繁琐的后处理,以获得所需的结构能力.Smart动态铸造,标准和非标准垂直的机器人制造过程结构,最近经过验证的加固系统的整合,从而全球第一款数字制造工艺,该过程具有统一的加固和在单一机器人制造过程中的混凝土。本文提出了SDC的最新发展和挑战,并介绍了第一个建筑应用以结构上优化的外墙竖置形式RE将在瑞士Diibendorf的Empa房屋的DFAB屋内安装。

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