Method of Bicycle Configuration Design Based on Part-Shape Information Model
Jaesun Lee, Byung Chul Kim, Hanmin Lee, Seong Whan Park, Byung-Soo Myung, Duhwan Mun
Abstract
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Jaesun Lee, Byung Chul Kim, Hanmin Lee, Seong Whan Park, Byung-Soo Myung, Duhwan Mun
Abstract
Open-access reader
The core activities of a bicycle manufacturer are design, engineering analysis, and manufacturing. Therefore, it is important to develop a configuration design system for bicycles in order to automate the design process and facilitate the use of design data in engineering analysis and manufacturing. In this paper, we present a method to develop a bicycle configuration design system based on the part-shape information model. The proposed method enables the construction of a CAD library using modeling functions with equations and parameters that are common to most 3D mechanical CAD systems. Furthermore, the part-shape information model ensures the independence between the configuration design system and the library, making it possible to extend the CAD library flexibly without changing the system architecture.
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The core activities of a bicycle manufacturer are design, engineering analysis, and manufacturing. Therefore, it is important to develop a configuration design system for bicycles in order to automate the design process and facilitate the use of design data in engineering analysis and manufacturing. In this paper, we present a method to develop a bicycle configuration design system based on the part-shape information model. The proposed method enables the construction of a CAD library using modeling functions with equations and parameters that are common to most 3D mechanical CAD systems. Furthermore, the part-shape information model ensures the independence between the configuration design system and the library, making it possible to extend the CAD library flexibly without changing the system architecture.
Key concepts: CAD, Engineering, Engineering design process, Configuration design, Process (computing), Engineering drawing, Information model, Independence (probability theory)