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In terms of building structural analysis, a large number of researchers throw the spotlight on data swapping from Industry Foundation Classes (IFC) models to input files from various kinds of Finite-Element-Analysis software. These attempts succeeded in accelerating pre-processing before simulation. However, the associated methodologies do not break this restriction of data-to-data mapping. Up to now, an openBIM based mapping methodology describing software-independent data mapping form an IFC model to a Finite-Element system emerges yet hardly in publications. This paper explores the theoretical possibility to automate data mapping from models standardized by IFC directly to the equilibrium equations for structural analysis with the Finite Element Method (FEM). For this purpose, a semantic model towards structural analysis using beam elements or plane elements is established to represent the topology of corresponding objects based on the data analysis result. Subsequently, the conception of data mapping is elaborated through a conceptual case study.

An openBIM Based Data Mapping Methodology Towards Structural Analysis Using FEM