[논문]항만 BIM 데이터의 상호운용성 확보를 위한 IFC 표준 개발

문현석; 원지선; 신재영

doi:10.13161/kibim.2020.10.1.008

Abstract ▼ AI-Helper

Recently, BIM has been extended to infrastructures such as roads and bridges, and the demand for BIM standard development for ports is increasing internationally. Due to the low level of utilization of classification system and drawing standards compared to other infrastructures, and the closed natu...

Recently, BIM has been extended to infrastructures such as roads and bridges, and the demand for BIM standard development for ports is increasing internationally. Due to the low level of utilization of classification system and drawing standards compared to other infrastructures, and the closed nature of national security facilities, ports have insufficient level of connection and sharing environment among external systems or users. In addition, since the standardization of data for port facilities is not made, it is still necessary to establish an independent DB for each system and to ensure interoperability of data between these systems since it does not have a shared environment among similar data. Therefore, the purpose of this study is to develop and verify IFC, the international standard for BIM, in order to cope with the BIM environment and to be commonly used in the design, construction, and maintenance of port facilities. To this end, we build a standard schema with port-specific Express Notation according to buildingSMART International's standard development methodology. First, domestic and international reference model standards were analyzed to derive components such as space and facilities of port facilities. Based on this, the components of the port facility were derived through the codification, categorization, and normalization process developed by the research team. This was extended based on the port BIM object classification system developed by the research team. Normalization results were verified by designers and associations. Then, IFC schema construction was based on Express-G data modeling based on IFC 4 * 2 Candidate, which is a bridge candidate standard based on IFC4 (ISO16739), and IFC 4 * 3 Draft, which is developed by buildingSMART International. The final schema was validated using the commercialized validation tool. In addition, in order to verify the structural verification of the port IFC schema, the transformation process was verified by converting the caisson model into a Part21 file. In the future, this result will not only be used as a delivery standard for port BIM products, but will also be applied as a linkage standard between systems and a common data format for port BIM platforms when BIM is used in the maintenance phase. In particular, it is expected to be used as a core standard for data exchange in the port maintenance stage.

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표/그림 (15)

그림 Figure 1. Port IFC development outline for port facilities
그림 Figure 2. ISO12006-3 Architecture
그림 Figure 3. Derivation of elements by analysis of port design guideline
표 Table 1. Taxonomy of basic facilities by Port Law
그림 Figure 4. Reference model analysis and element deduction
표 Table 2. Classification of port facilities by As-Designed outcomes
그림 Figure 5. Procedural development method for deriving elements of port facilities
그림 Figure 6. IFC entity structure in infrastructure
그림 Figure 7. Expansion Procedures of IFC Standards for Port
그림 Figure 9. Spatial IFC schema for port in terms of IfcFacility (2/2)
그림 Figure 8. Definition of spatial structure of port BIM
그림 Figure 10. IFC entity mapping and data modeling procedures for port elements
그림 Figure 11. IFC schema of structures and elements for port
그림 Figure 12. Development and validation process of IfcHarbour_K
그림 Figure 13. Verification of Port IFC Schema

참고문헌 (17)

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원문보기 상세보기
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항만 BIM 데이터의 상호운용성 확보를 위한 IFC 표준 개발
Development of IFC Standard for Securing Interoperability of BIM Data for Port Facilities 원문보기

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항만 BIM 데이터의 상호운용성 확보를 위한 IFC 표준 개발 Development of IFC Standard for Securing Interoperability of BIM Data for Port Facilities 원문보기

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항만 BIM 데이터의 상호운용성 확보를 위한 IFC 표준 개발
Development of IFC Standard for Securing Interoperability of BIM Data for Port Facilities 원문보기

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