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Collaborative Product Development in Shipbuilding

机译:造船业的协同产品开发

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Under Integrating the Collaborative environment's (ICE) framework with the collaborative product development (CPD) conception, these heterogeneous systems, i.e. analysis software of classification societies, computer-aided engineering and manufacturing (CAD/CAM) systems, Supply Chain Management system (SCMs) and Enterprise Resource Planning system (ERPs) etc. distributed in different units, have been more and more inevitable to extend toward integration in shipbuilding; the synergy of integration is not only to streamline the ship design, material procurement, production control and construction process, but also to further meliorate the productivity and relevant products. To achieve this objective, ERPs has to enable rapidly and correctly to extract the relevant information from the upstream CAD/CAM system; by STandard for Exchange of Product model data (STEP) as the manufacturing standard and the exchange data in the design department, and by Extensible Markup Language (XML) transmitting the exchange data to integrate the information systems in the design, material, production control departments etc., and therefore to increase the efficiency of data transmission, reduce the limit on heterogeneous operation systems, which can further integrate Shipyards' inter- and exterior environment and the jumbled construction in the up- and down- streams. This paper describes the current implementation portion under the synchronized collaborative environment concept, and establishes the future integration plan for shipbuilding.
机译:在将协作环境(ICE)框架与协作产品开发(CPD)概念整合在一起的情况下,这些异构系​​统,即船级社分析软件,计算机辅助工程和制造(CAD / CAM)系统,供应链管理系统(SCM)分布在不同单元中的企业资源计划系统(ERP)等已越来越不可避免地要扩展到造船业的集成;整合的协同作用不仅可以简化船舶设计,材料采购,生产控制和建造过程,还可以进一步改善生产率和相关产品。为了实现这一目标,ERP必须能够快速正确地从上游CAD / CAM系统中提取相关信息。由STandard交换产品模型数据(STEP)作为制造标准和设计部门的交换数据,并由可扩展标记语言(XML)传输交换数据以将信息系统集成到设计,材料,生产控制部门中等等,从而提高数据传输效率,减少对异构操作系统的限制,可以进一步整合船厂的内部和外部环境以及上游和下游的混乱构造。本文描述了同步协作环境概念下的当前实施部分,并建立了未来的造船集成计划。

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