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TOWARDS IDENTIFICATION AND FORMALISATION OF KNOWLEDGE IN COMPUTATIONAL MECHANICS

机译:面向计算力学知识的识别和形式化

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Scaling up computational mechanical behaviour from small scale to the industrial level within a company gives rises to new problems: lack of back tracing, lost knowledge, repeated mistakes. The work shown in this article aims at identifying, structuring and formalizing the information and knowledge on simulation, to make them capitalisable and reusable by other participants and on other projects. The Renault Company is an active partner in this research through one of its computational mechanics departments and helped us to test and confront our ideas with real industrial simulation processes. The outcome is presented in two main steps. In the first one, we show how the need for structure in simulation processes leads to specification of new links between the different kinds of capitalised information. In the second one, we precisely describe the concept of Instructional Case, whose target is to manage knowledge of a generic nature with a high potential for reuse.
机译:在公司内部将计算机械行为从小规模扩展到工业级别会引起新问题:缺少追溯,知识丢失,重复错误。本文中显示的工作旨在识别,结构化和形式化模拟方面的信息和知识,以使其他参与者和其他项目可以将其资本化和重用。雷诺公司通过其计算力学部门之一成为该研究的积极合作伙伴,并通过实际的工业模拟过程帮助我们测试和验证了我们的想法。结果分为两个主要步骤。在第一个中,我们展示了模拟过程中对结构的需求如何导致在不同种类的大写信息之间建立新链接的规范。在第二篇中,我们精确地描述了“案例教学”的概念,其目的是管理具有重用潜力的通用性质的知识。

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