Fast track BIM integration for structural fire design of steel elements

L. Beltrani, L. Giuliani, J. Karlshøj
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引用次数: 3

Abstract

(28/10/2019) Fast track BIM integration for structural fire design of steel elements By allowing a greater inter-connection between design phases, BIM software is an essential tool for decreasing costs and delivery time of building projects, as well as increasing productivity and quality. However, a major hindering in a widespread use of BIM consists in the difficulty of efficiently exporting selected building information to third-parties tool for other engineering applications. This work aims at developing a dynamo script for an efficient information exchange between BIM and a sectional analysis tool for fire design called SteFi. The script resorts an algorithm capable of identifying most common steel profiles and exporting both the geometrical and mechanical properties of the element into a file that is then passed to SteFi, The results of the structural analysis are found in an output file and imported back into Revit. The developed script works both by direct selection of elements in the Revit model and from the IFC file.
快速跟踪BIM集成,实现钢构件结构防火设计
(28/10/2019)快速跟踪BIM集成钢结构防火设计通过允许设计阶段之间更大的相互联系,BIM软件是降低建筑项目成本和交付时间,以及提高生产力和质量的重要工具。然而,BIM广泛使用的一个主要障碍在于难以有效地将选定的建筑信息导出到第三方工具以用于其他工程应用。这项工作旨在开发一个发电机脚本,以便在BIM和称为SteFi的消防设计截面分析工具之间进行有效的信息交换。该脚本采用一种算法,能够识别最常见的钢型材,并将元素的几何和机械特性导出到文件中,然后传递给SteFi,结构分析的结果在输出文件中找到,并导入到Revit中。开发的脚本通过直接选择Revit模型中的元素和IFC文件中的元素来工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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