Expansion of Building Information Model for Disaster Mitigation

Abstract

EXPANSION OF BUILDING INFORMATION MODEL FOR DISASTER MITIGATION ABSTRACTInformation integration and exchange for the entire building life cycle is one of the most important issues in the AEC industry. Although the Building Information Model (BIM) technology is widely utilized to address them, BIM is mainly concerned within the design and construction (D&C) phases. In the operation and maintenance (O&M) phases, however, the information integration and exchange issue becomes more complicated because software applications here require not only BIM but other information outside of the AEC domain, e.g., disaster mitigation. Nowadays, most BIM-related research focuses on the D&C phases and pays less concern on the O&M phases, hence there is a research need that can help seamlessly transfer the information between the D&C and O&M phases. In this research, a software framework using ontology was designed to deal with aforementioned problems. The BIM data from the D&C phases were used as a foundation to generate new models for different software applications for the O&M phases. The ontology technique was employed to assist the model transformation process between the original BIM and the models for applications. Finally, a disaster mitigation example was chosen to validate the framework, in order to make sure that the transformation process is comprehensive and useful from domain experts' perspective. KEYWORDSBuilding information model, Model-driven architecture, Disaster mitigation.

Model-driven Software Engineering for Construction Engineering: Quo Vadis?

“…Although most papers clearly focus on a particular set of technologies, we found four publications not targeting any concrete technology, i. e., [CH11, CAB11, LCL + 12, CLC13]. Chiang et al [CLC13], for instance, proposed to extend building information models with additional information for disaster mitigation, but did not restrict their approach to any particular technology.…”