基于语义网的建筑物结构自动分析的几何和语义信息互连

Tim Huyeng, C. Thiele, A. Wagner, M. Shi, A. Hoffmann, U. Rüppel, W. Sprenger
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引用次数: 1

摘要

建筑业数字化的推进凸显了数字基础设施的短板。由于异构的软件环境,跨应用程序数据交换是一个经常受到批评的过程,迄今为止还没有令人满意的解决方案。开放和独立于应用程序的数据格式是必要的,因此当前的研究项目SCOPE侧重于通过应用语义Web技术开发这样的格式。本文提出了一种用结构设计的相关信息丰富图形的方法,并为结构分析软件提供增强的描述作为计算依据。一种新的本体,tdy本体,旨在将几何描述与特定于结构的语义信息联系起来,如要执行的分析标准、轴承布置、楼板的垫层或接缝和载荷的定义。
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Interlinking geometric and semantic information for an automated structural analysis of buildings using semantic web
The advancing digitization in the building industry highlights weak points in the digital infrastructure. Due to heterogeneous software landscapes, cross-application data exchange is a frequently criticized process in particular, for which no satisfying solution exists so far. Open and application-independent data formats are necessary and therefore the current research project SCOPE focuses on developing such formats by applying Semantic Web Technologies. This article proposes an approach that enriches a graph with relevant information for structural design and provides the enhanced description as a calculation basis for structural analysis software. A novel ontology, the TDY-Ontology, is designed to connect geometry descriptions with structural-specific semantic information, like the standard of the analysis to be executed, bearing arrangements, bedding of floor slabs or the definition of joints and loads.
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