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A Study on Implementation of Out-of-plane Buckling Resistance of Steel Damper Based on S-BIM

机译:基于S-BIM的钢制减振器平面外屈曲阻力的实现研究

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摘要

Recently, in the architectural design and construction field, more and more three dimensional information dating technologies using BIM standard format is used now.The commercially available BIM software has several features developed by a group of professionals and it is possible to design and data standard connections and details from the existing library.However, the recently available BIM has some limitations in its existing library which includes implementation of new technology, new method and a module such as a special structure.In this study, to overcome these limitations, using.NET FRAMEWORK which includes C# computer programming, a new type of structure called vibration control device (damper) is developed and added to the library using 0penAPI.The developed damper is an out-of-plane buckling resistance steel damper.The added damper is mounted successfully in the targeted place in the frame of the structure using TEKLA software.
机译:最近,在建筑设计和建筑领域,越来越多的使用BIM标准格式的三维信息约会技术。市售的BIM软件具有由一组专业人员开发的若干功能,可以设计和进行数据标准连接但是,最近可用的BIM在其现有库中有一些局限性,包括实现新技术,新方法和诸如特殊结构的模块。在本研究中,为了克服这些局限性,请使用.NET FRAMEWORK包含C#计算机程序,开发了一种新型结构,称为振动控制设备(阻尼器),并使用0penAPI添加到库中。开发的阻尼器是面外抗弯钢阻尼器,已成功安装附加阻尼器使用TEKLA软件将其放置在结构框架中的目标位置。

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