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工程机械工业设计知识库构建方案研究 被引量:2

Program of Engineering Machinery Industrial Design Knowledge Base
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摘要 目的对工程机械工业设计知识进行研究,探索工程机械工业设计知识库的建构方法与流程,有效利用工程机械工业设计知识,提高工程机械产品造型设计能力。方法通过工程机械工业设计相关知识研究的梳理、设计知识的分类和现代信息论关于产品所传达信息的分类对工程机械工业设计知识进行梳理、分类,建立工程机械工业设计知识模型框架,构建工程机械工业设计知识库框架。结论通过对工程机械工业设计知识进行设计学的分类重构,构建了工程机械工业设计知识库框架与流程,并将研究结果在实践中予以运用。工程机械工业设计知识库的建立,为设计师提供了数字化辅助设计资源,有利于设计师快速获取与重用工程机械造型设计知识,大大提高设计效率及产品创新能力,同时也给其他设计知识库开发提供参考。 The paper aims to research the engineering machinery industry design knowledge,explore the construction method and process of engineering machinery industry design knowledge base,effectively use engineering machinery industry design knowledge,and improve the modeling and design ability of engineering machinery products.According to the research and analysis of engineering machinery industry design,the classification of design knowledge and the classification of information conveyed by products in modern information theory,the engineering machinery industry design knowledge was sorted and classified to construct a knowledge model based on engineering machinery industry design,and build a knowledge base framework for engineering machinery industry design.Through the classification and reconstruction of design knowledge of engineering machinery,the framework and process of engineering machinery industry design knowledge base is constructed,and the research results are applied in practice.The establishment of knowledge base of engineering machinery industry design knowledge provides designers with digital auxiliary design resources.It is helpful for designers to quickly acquire and reuse engineering machinery industry design knowledge,greatly improves design efficiency and product innovation ability,and also provides reference for the development of other design knowledge bases.
作者 易军 颜胡 YI Jun;YAN Hu(Hunan University,Changsha 410082,China)
机构地区 湖南大学
出处 《包装工程》 CAS 北大核心 2020年第18期71-77,共7页 Packaging Engineering
基金 湖南省科学技术厅支撑项目(2015GK1011)。
关键词 工业设计 工程机械 设计知识 industrial design engineering machinery design knowledge
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