| Summary: | 碩士 === 國立暨南國際大學 === 資訊管理學系 === 100 === In recent years, the rapid development and improvement of products has given rise to additional demand, resulting in shortened lifetime of most products. In addition, the environmental awareness and regulation have pushed manufacturers more responsible for waste disposal. In the design phase, 80% of the manufacturing cost and assembly/disassembly nature of a product may be determined. Disassembly factors, including component disassemblability and recycling classification corresponding to types of material are desired to consider in the design of products. Design for disassembly is an important design concept to make products environmentally friendly in remanufacturing and recycling practices. However, related researches to enhance disassemblability in design have certain weakness. (1) Do not consider the relationship between components, specifically, the component modularity in the design phase. (2) Disassemblability and recycle characteristics are not considered in the design for disassembly. (3) Do not a provide disassembly guidelines and component recycle classification to instruct how to disassemble.
This study provide a total solution, which can model the relationship of components and modularity, explore component disassemblability and identify modules, recognize disassembly patterns, and provide strategies to enhance disassemblability in design phase. Finally, provide a disassembly guidelines and component recycle classification to instruct how to disassemble components. This study contributes in enhancing product’s disassemblability, creating a healthy sustainable environment and decreasing potential worker and occupant exposure to environmental and health impacts. The research results not only conforms environmental regulation but also improves enterprises competitive advantage.
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