混凝土触地:新材料技术对 1912 - 1920 年工业建筑的影响

Thomas Haupt
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摘要

20 世纪前几十年,建筑技术发展迅速。联合国教科文组织世界遗产挪威里尤坎(Rjukan)和诺托登(Notodden)的工业建筑就是受此影响而建造的。海德鲁公司成立于 1905 年,旨在生产合成氮肥,以提高世界粮食产量。这一工业发展需要大型建筑,如水电站和生产设施。在此期间,混凝土首次被引入建筑系统,其特点是重型混凝土承重墙和混凝土与钢筋混合承重墙。这些系统需要大量的材料资源,并导致了钢和混凝土骨架框架的发展。美国和欧洲通过对材料科学和结构工程的研究,开发出了可行的系统。本文将讨论混凝土是如何影响该遗址的建筑和建筑系统的。与工业建筑和其他建筑类型的相似之处显而易见,并将该遗址与国际背景下的建筑和工程历史联系起来。了解单个建筑的特点并按照建筑系统的顺序展示它们,将有助于建筑师和工程师在未来的保护计划中开展工作。
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Concrete touch down: new material technology influences industrial buildings 1912 – 1920
Construction technology developed quickly during the first decades of the 20th century. This influenced the construction of industrial buildings at the UNESCO World Heritage site of Rjukan and Notodden in Norway. Behind the construction was Hydro, a company founded in 1905 for the purpose of producing synthetic nitrogen fertilizer to increase the world`s food production. This industrial development demanded large structures such as hydropower stations and production facilities. Concrete was introduced for the first time during this period and systems are characterised by heavy concrete bearing walls and mixed bearing walls where concrete and steel were combined. Such systems demanded significant material resources and resulted in the development of steel and concrete skeleton frames. The development of viable systems was achieved through research in material science and structural engineering, both in the United States and Europe. This paper discusses how concrete influenced construction and building systems at this site. Similarities to industrial buildings and other building typologies are evident and connect the site to the international context architecture and engineering history. Understanding characteristics of individual buildings and presenting them in an order of a construction systems will support the work of architects and engineers in future conservation schemes.
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