This paper outlines a concurrent engineering environment that supports interaction between members of a geographically dispersed multidisciplinary team who is engaged in engineering design activities. Some ideas of en...This paper outlines a concurrent engineering environment that supports interaction between members of a geographically dispersed multidisciplinary team who is engaged in engineering design activities. Some ideas of engineering design, especially conceptual design are reviewed. A deeper scientific analysis of intelligent design is discussed. A new problem solving strategy and methodologies to implement cooperative design are proposed. Finally, a conceptual model of a blackboard system for accomplishing conceptual design automation is presented. Its fundamental principles, system organization and key implementation techniques are investigated in detail.展开更多
提出了基于网络和虚拟现实技术设计Assel轧管机轧辊辊型的方法。介绍了Assel轧管机轧辊辊型智能协同设计的体系结构,基于Macromedia Flash Professional 8软件平台和面向对象的编程语言Action Script设计各模块的方法,Flash中3D效果的实...提出了基于网络和虚拟现实技术设计Assel轧管机轧辊辊型的方法。介绍了Assel轧管机轧辊辊型智能协同设计的体系结构,基于Macromedia Flash Professional 8软件平台和面向对象的编程语言Action Script设计各模块的方法,Flash中3D效果的实现,以及与Auto CAD平台接口的设计方案。利用这一方法所设计的轧辊辊型已在天津钢管集团股份有限公司投入实际生产应用,完成了6种管坯500余种规格无缝钢管的轧制。展开更多
文摘This paper outlines a concurrent engineering environment that supports interaction between members of a geographically dispersed multidisciplinary team who is engaged in engineering design activities. Some ideas of engineering design, especially conceptual design are reviewed. A deeper scientific analysis of intelligent design is discussed. A new problem solving strategy and methodologies to implement cooperative design are proposed. Finally, a conceptual model of a blackboard system for accomplishing conceptual design automation is presented. Its fundamental principles, system organization and key implementation techniques are investigated in detail.
