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10. A knowledge-based approach for the task implementation in mechanical product design

Author

Liu Zhongtu, Chen Liping, and Wang Qifu

Subjects
Descriptive knowledge, Product design, business.industry, Computer science, Mechanical Engineering, Design knowledge, Industrial and Manufacturing Engineering, Computer Science Applications, Task (project management), Knowledge-based systems, Knowledge extraction, Control and Systems Engineering, Systems engineering, Industrial and production engineering, Software engineering, business, Software, Design technology
Abstract

Although advances have been made to integrate the CAD system with design knowledge, there are still some barriers to apply the knowledge-based design approach to wide practice. A task implementation method is proposed for the mechanical product design process. The design task implementation model is constructed based on its organized-mode and modularity. Declarative knowledge primitives make up of the kernel composition of design task. It makes the design task more controllable and automatable. Solution of the knowledge primitives is directly used to drive the mechanical product. The proposed module has been developed for Intesolid2.0 system, a mechanical CAD system, and it has been evaluated with a design example of a two-stage gearbox.

Published
2005

12. A knowledge-based approach for the task implementation in mechanical product design.

Author

Liu Zhongtu, Wang Qifu, and Chen Liping

Subjects
*COMPUTER-aided design, *KNOWLEDGE base, *PRODUCT design, *MECHANICAL engineering, *MODULAR design, *MANUFACTURING processes
Abstract

Although advances have been made to integrate the CAD system with design knowledge, there are still some barriers to apply the knowledge-based design approach to wide practice. A task implementation method is proposed for the mechanical product design process. The design task implementation model is constructed based on its organized-mode and modularity. Declarative knowledge primitives make up of the kernel composition of design task. It makes the design task more controllable and automatable. Solution of the knowledge primitives is directly used to drive the mechanical product. The proposed module has been developed for Intesolid2.0 system, a mechanical CAD system, and it has been evaluated with a design example of a two-stage gearbox. [ABSTRACT FROM AUTHOR]

Published
2006
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