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Multifunctional engineering space supports integration in content based modeling

机译:多功能工程空间支持基于内容的建模中的集成

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摘要

New comprehensively integrated, model and simulation based, and intellectual property driven way of product engineering which also serves fundamental, problem specific, and product specific research motivated a new concept called as multifunctional engineering space (MES). The MES concept was defined as new bridge which connects industrial product engineering processes, activities to reuse industrial practice and experience, research programs, and higher education courses. MES utilizes great achievements in communicative virtual engineering methodology during the past decade of new century. In this paper, MES relevant issues of current engineering modeling are surveyed and concept of MES is introduced. Following this, concept of virtual engineering space (VES) based MES is explained. Models for virtual space, intellectual property representations, and model object organization environment are detailed. Next, sector specific configuration of MES is introduced using means available in industrial engineering systems. Sector specific MES specification and content and examples for patterns and their selection are discussed.
机译:新的综合集成,模型和仿真的基于模型和仿真,以及产品工程的知识产权驱动方式,也用于基本,问题特定,产品特定研究的动机是一种称为多功能工程空间(MES)的新概念。 MES概念被定义为新桥,连接工业产品工程流程,重用工业实践和经验,研究计划和高等教育课程的活动。在新世纪过去十年中,MES利用了沟通虚拟工程方法的巨大成就。在本文中,介绍了当前工程建模的MES相关问题,并介绍了ME的概念。在此之后,解释了虚拟工程空间(VES)的ME的概念。详细介绍了虚拟空间,知识产权表示和模型对象组织环境的模型。接下来,使用工业工程系统中可用的手段引入ME的扇区特定配置。讨论了扇区特定的MES规范和模式以及模式的示例及其选择。

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