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Sustainable Reinforced Concrete Beams:Mechanical Optimisation and 3D-Printed Formwork

机译:可持续钢筋混凝土梁:机械优化和3D印刷模板

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The embodied energy of a building is not only but essentially determined by the quantity of material in its structure.Current fabrication techniques of optimised reinforced concrete(RC)structural elements have not proved sufficient economic competitiveness to be broadly accepted by the construction industry.This partly explains why the construction industry has not yet been able to reduce the embodied energy of newly-constructed buildings or civil works.However,most of the researches driven in the academic world on digital fabrication with concrete are focused on the construction of non-standard structures.The application of digital fabrication to standard structures could help bridge the gap between the need for lower-carbon structures and the economic interest of players in the construction industry.This paper questions the compatibility of existing building codes with digital manufacturing techniques and presents a novel method for the fabrication of sustainable optimised reinforced concrete beams,compliant with EN 1992-1-1 design requirements.
机译:建筑物的实施能量不仅是由其结构中的材料的数量基本上决定。优化的钢筋混凝土(RC)结构元素的每股制造技术并没有证明建筑业广泛接受的足够的经济竞争力。这部分解释为什么建筑业尚未能够减少新建建筑物或土木工程的体现能源。然而,在数码制造中,在与混凝土的数字制造上的大多数研究都集中在非标结构的构建上。数字制造对标准结构的应用可以帮助弥合对较低碳结构的需求与建筑业参与者的经济利益。本文提出了现有建筑规范与数字制造技术的兼容性,提出了一种小说制造可持续优化增强的方法混凝土梁,符合EN 1992-1-1设计要求。

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