数字化在灾后重建中的作用

M. Rotilio, B. Tudini
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引用次数: 1

摘要

如今,众所周知,数字化已经顽强地成为建筑行业的一部分。该文件旨在分析目前的现状,重点关注数字化在灾后重建中的应用。新技术已经影响了所有相关的参与者来适应一种新的设计方式,但这种方法有其自身的优点和缺点。本文将试图识别、澄清和回顾它们。事实上,它将试图解释与灾后地区的设计和建设相关的逻辑在多大程度上可能由一条共同的线索所引导,这条线索包括建筑信息模型(BIM)方法的使用。通过这种方法,由于可以优化设计和施工过程,并根据施工阶段的信息进行虚拟检查和分析,因此可以减少时间并提高成本。此外,各种BIM工具,允许互操作性,保证项目符合法规的半自动审查和不同设计水平(结构,建筑,工厂工程和能源)之间的干扰。这样,就有机会提高验证过程的准确性和可靠性。整个过程也是基于涉及所有工程分支的多学科方法。*通讯作者
本文章由计算机程序翻译,如有差异,请以英文原文为准。
THE ROLE OF DIGITIZATION IN POST-DISASTER RECONSTRUCTION
Nowadays, it is well known that digitization has tenaciously become part of the construction industry. The document is aimed at being an analysis of the state of the art, focusing on the digitization application in post-disaster reconstruction. The new technologies have influenced all the actors involved to adapt to a new designing way, but this methodology brings with itself advantages and disadvantages. This paper will try to identify, clarify and review them. In fact, it will try to explain to what extent the logic related to the design and construction of the post-disaster area may be guided by a single common thread, that consists in the Building Information Modelling (BIM) methodology use. Through this methodology it is possible to reduce time and improve costs, thanks to the possibility to optimize the design and construction processes and to carry out virtual inspections and analysis based on the information from the construction phases. In addition, the various BIM tools, that allow interoperability, guarantee a semi-automatic review of the project's compliance with regulations and interference between the different design levels (structural, architectural, plant engineering and energy). In this way, there is the chance to improve the accuracy and reliability of the validation process. The entire process is also based on a multidisciplinary approach involving all branches of engineering. * Corresponding author
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