신뢰성 전개(Reliability Deployment)를 통한 전시회 품질개선 연구
A Study for Quality Improvement of Convention by Reliability Deployment
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This paper provides a practical application of hazard analysis method to product development from the specification of safety goals to prediction, verification and analysis. Implementation of this kind of analysis will provide very useful information on safety through concept selection, design and manufacturing process, and cost effectiveness without too much time, money and engineering effort being spent on the development of quality improvement of convention. In this research, we develop a new procedure for hazard analysis based on the RD(reliability deployment) methodology. Using customer expectations, we deploy quality characteristics and continue the deployment to measures that will assure the safety and reliability characteristics. The developed method applies the QFD, FMEA(failure mode and effect analysis), and FTA(fault tree analysis) to the failure modes by constructing a relation matrix between customer requirements and failure modes. Through the deployment process, both engineer's mind and customer's voice could be readily considered when analyzing and assessing hazards.
Abstract
This paper provides a practical application of hazard analysis method to product development from the specification of safety goals to prediction, verification and analysis. Implementation of this kind of analysis will provide very useful information on safety through concept selection, design and manufacturing process, and cost effectiveness without too much time, money and engineering effort being spent on the development of quality improvement of convention. In this research, we develop a new procedure for hazard analysis based on the RD(reliability deployment) methodology. Using customer expectations, we deploy quality characteristics and continue the deployment to measures that will assure the safety and reliability characteristics. The developed method applies the QFD, FMEA(failure mode and effect analysis), and FTA(fault tree analysis) to the failure modes by constructing a relation matrix between customer requirements and failure modes. Through the deployment process, both engineer's mind and customer's voice could be readily considered when analyzing and assessing hazards.
참고문헌 (16)
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