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Green Product Design based on PDM, Green-BOM, and QFD
Kezia Amanda Kurniadi(케지아 아만다 쿠르니아디),Kwangyeol Ryu(류광열),Xuehao Feng(풍설호) (사)한국CDE학회 2013 한국 CAD/CAM 학회 학술발표회 논문집 Vol.2013 No.1
The changes in the environment and several environmental regulations force industry to develop products which preserve environmental issues as well as allow them to maintain their market share and competitive advantage. Important factors that have to be considered at the design stage include the material selection for components, product structure, as well as the customer requirements. To design such effective system, a Green Bill of Material (Green-BOM) combined with correct knowledge of product structure is required as critical factors. In addition, by applying Quality Function Deployment (QFD), the technical requirements of a product are transformed into customer requirements. This study integrates QFD with Product Data Management (PDM) for effective management of green product data with Green-BOM representation while complying with specified eco-friendly attributes from Green-BOM and QFD to clarify whether the product meets customer needs.
Design of a System Layout for Reconfigurable Manufacturing System with Theory of Constraints
Kezia Amanda Kurniadi(쿠르니아디 케지아 아만다),Kwangyeol Ryu(류광열) (사)한국CDE학회 2017 한국CDE학회 논문집 Vol.22 No.2
This paper presents a systematic approach for design of timely and proper layouts of a manufacturing system facilitating reconfigurability, referred to as a reconfigurable manufacturing system. A proper methodology for design of a system layout is required for reconfiguration planning – adding or removing machines for supplying the exact capacity needed to fulfill market demands, as well as minimizing the cost of adding new machines. In this paper, theory of constraints is used to make reconfiguration manufacturing systems more cost-effective and efficiency. The proposed approach is validated by using a real industrial case. This paper suggests that the proposed study should be performed concurrently with the design of a new manufacturing system.
Design of a System Layout for Reconfigurable Manufacturing System with Theory of Constraints
쿠르니아디 케지아 아만다,류광열,Kurniadi, Kezia Amanda,Ryu, Kwangyeol Society for Computational Design and Engineering 2017 한국CDE학회 논문집 Vol.21 No.1
This paper presents a systematic approach for design of timely and proper layouts of a manufacturing system facilitating reconfigurability, referred to as a reconfigurable manufacturing system. A proper methodology for design of a system layout is required for reconfiguration planning - adding or removing machines for supplying the exact capacity needed to fulfill market demands, as well as minimizing the cost of adding new machines. In this paper, theory of constraints is used to make reconfiguration manufacturing systems more cost-effective and efficiency. The proposed approach is validated by using a real industrial case. This paper suggests that the proposed study should be performed concurrently with the design of a new manufacturing system.