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논문 기본 정보

자료유형
학술대회자료
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(사)한국CDE학회 한국CDE학회 국제학술발표 논문집 한국CADCAM학회 2010 ACDDE
발행연도
2010.8
수록면
237 - 247 (11page)

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Recent trends in the engineering information management technology of the shipbuilding industry are characterized by the spread of the product lifecycle management (PLM) concept and an increased demand on better use of ship engineering data after ship delivery. A typical approach taken for the application of PLM systems in the shipbuilding industry is either customizing PLM systems developed for use in the mechanical industry or developing a new ship lifecycle management system according to the information requirements specific to the shipbuilding industry. Product structure data, explicit hierarchical assembly structures representing assemblies and the constituents of those assemblies, forms the backbone of all engineering data managed by PLM systems. The product structure differs depending on an industry’s requirements or design and manufacturing methods. Therefore, an information modeling approach suitable for a ship product structure data is necessary for effectively applying the PLM concept in the shipbuilding industry. In this study, STEP PDM Schema and AP 239 PLCS, typical information models for the representation of product structure data in the mechanical field are analyzed. After the analysis, an approach for modeling the information on product structure data across the ship lifecycle is developed through comparison of information requirements in the mechanical and the shipbuilding industries. Particularly considered is the utilization of a ship product structure data at the phase of middle and end of life after the delivery.

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Abstract
1. Introduction
2. Information requirements regarding ship’s product structure
3. International standards-ISO 10303 STEP PDM schema and AP239 PLCS
4. Conclusion
References

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