Development of a framework system for tool integration in a product information archive (original) (raw)
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This thesis reports on a research project undertaken over a four year period investigating and developing a software framework and application for integrating and managing building product information for construction engineering. The research involved extensive literature research, observation of the industry practices and interviews with construction industry practitioners and systems implementers to determine how best to represent and present product information to support the construction process. Applicable product models for information representation were reviewed and evaluated to determine present suitability. The IFC product model was found to be the most applicable. Investigations of technologies supporting the product model led to the development of a software tool, the IFC Assembly Viewer, which aided further investigations into the suitability of the product model (in its current state) for the exchange and sharing of product information. A software framework, or reusab...
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Some progress has been made in the establishment of agreed product models as the basis of a more open information-centric approach to engineering processes, both in the construction sector and beyond. Specific construction related initiatives, such as the CIS, the IFC and AP225 have been implemented in software and are now beginning to impact on industry. In common with other engineering sectors, these standards have drawn heavily on ISO 10303 (STEP), particularly the EXPRESS data definition language.
Product Based InteroperabilityApproaches and Requirements
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Abstract: Product data, information and knowledge are the core ICT resources for collaborative design. This paper describes five different approaches to exchanging and sharing product data in collaborative engineering: 1) Document management, 2) ...