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Construction management for tall CLT buildings: From partial to total prefabrication of facade elements

机译:高层CLT建筑物的施工管理:从部分预制到整体预制外立面元素

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Cross-Laminated Timber is one of the most widely used engineered wood products, thanks to its numerous advantages, among which construction speed is the most appreciated, both by clients and by designers. However, construction scheduling compression refers exclusively to CLT structures, while the rest of the construction process still requires a longer phase to complete vertical enclosures. The aim of the research work presented in this paper is to outline advantages brought about when the degree of envelope prefabrication of tall timber buildings is increased. Results are presented in two sections. The first includes the definition of a case study together with an overview of possible technical details for entirely prefabricated facade solutions, ready to be installed without the need to work via scaffolds. The second deals with construction site management analysis for the case study building, where the determination of specific factors having an influence on time and costs is achieved by varying the prefabrication degree of the various facade configurations and repeating the analysis process. The main findings of this research work demonstrate that comprehensive facade prefabrication allows not only consistent compression of construction scheduling to be achieved, but also for immediate protection of wooden elements from weather agents.
机译:交叉层压木材由于其众多优点而成为使用最广泛的工程木产品之一,其中,施工速度是客户和设计师最欣赏的。但是,施工进度压缩只涉及CLT结构,而其余的施工过程仍然需要较长的时间才能完成垂直围护。本文提出的研究工作的目的是概述当高层木结构建筑的围护结构预制度增加时所带来的优势。结果分为两部分。第一个包括案例研究的定义,以及对整个预制外墙解决方案可能的技术细节的概述,这些现成的安装解决方案无需通过脚手架即可进行安装。第二部分涉及案例研究建筑的施工现场管理分析,其中确定影响时间和成本的特定因素是通过改变各种立面结构的预制程度并重复分析过程来完成的。这项研究工作的主要结果表明,全面的外墙预制不仅可以实现对施工进度的一致压缩,而且还可以即时保护木质元素不受天气因素的影响。

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