Engineering design primarily focuses on product improvement through enhancing existing functionalities, integrating features, or adding new capabilities. In other words, it can be said that more design(adaptive design) changes to existing products based on benchmarking with competing products, differentiation strategies, changes in customer needs, etc. are actually performed rather than developing new products that did not exist before. Especially in the case of custom production, such as ships or buildings, a significant portion of actual design work involves modifying and adjusting past performance data according to the current customer's requirements. Therefore, design methods should be developed in a way that effectively supports these processes. Therefore, in this study, as QFD (Quality Function Deployment) ‘analysis of existing products’ and ‘creation of new alternatives’ is supported in Marine Concept Design with AHP (Analytic Hierarchy Process) techniques such as ‘Value Evaluation in Analysis Work’ and ‘Design Alternative Evaluation’, as a result, basic research was conducted on whether it could be used as a tool to effectively support the flow of the design process.
목차
ABSTRACT 1. 서론 2. 변경설계의 분류 및 요구 사항 2.1 형상의 변경 2.2 제품의 치수를 변경하는 상사설계 3. QFD에서의 AHP기법의 활용 4. 변경설계에서 QFD의 활용 4.1 QFD의 특징 4.2 형상 변경설계에서 QFD의 활용 5. 형상변경 과정에서의 QFD활용 예 5.1 AHP기법을 이용한 HOQ구축 5.2 형상변경 예 6. 결론 후기 References
키워드
공학 설계변경설계고객요구사항품질기능전개계층분석과정Engineering designAdaptive designCustomer’s requirementQuality function deploymentAnalytic hierarchy process
저자
박창규 [ Chang-Kyu Park | Member, Dept. of Automotive Engineering, Gwangju Universityju University ]
Corresponding Author