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Developing a Variables Modified Chain Sampling Plan with Taguchi Capability Index
Conference paper

Developing a Variables Modified Chain Sampling Plan with Taguchi Capability Index

Zih-Huei Wang, Chien-Wei Wu and Wei-Ren Lin
2020 Asia-Pacific International Symposium on Advanced Reliability and Maintenance Modeling, APARM 2020, 9209375
08/2020

Abstract

acceptance sampling plan chain sampling plan multiple dependent state sampling plan process capability indices Energy Engineering and Power Technology Mechanical Engineering Safety Risk Reliability and Quality Modeling and Simulation
Acceptance sampling plan has been a practical tool in quality management, which provides both the producer and the consumer a general rule for sentencing lots. In recent years, a new strategy, chain sampling plan (ChSP), considering disposition of historical lots for sentencing the current lot has been discussed. However, reviewing results of preceding lots only happens when the quality of current lot is on the undefined region, which may not be completely utilized. Therefore, in this study, we develop a modified-ChSP for variable inspection based on the Taguchi capability index to improve above situation. Optimization model of the proposed plan is formulated to solve plan parameters by minimizing the required sample size. Plan parameters under various allowable risks and quality levels are also provided for practical purpose. Finally, further analysis and comparisons between the proposed plan and conventional plans are provided and discussed in this research.

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