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Zih‐Huei Wang

Observed names: Wang Zih-Huei, Zih-Huei Wang
ORCID: 0000-0001-6994-2336
Observed ORCID: 0000-0001-6994-2336
OpenAlex ID: A5043952672
Developing a variables multiple dependent state sampling plan with simultaneous consideration of process yield and quality loss
2016 · Chien-Wei Wu, Zih-Huei Wang · International Journal of Production Research · 52
The construction of a modified sampling scheme by variables inspection based on the one-sided capability index
2018 · Amy H.I. Lee, Chien-Wei Wu, et al. · Computers & Industrial Engineering · 47
Design and construction of a variables quick switching sampling system based on Taguchi capability index
2021 · Zih-Huei Wang, Chien-Wei Wu · Computers & Industrial Engineering · 34
Developing a cost-efficient dual sampling system for lot disposition by considering process yield and quality loss
2022 · Shih-Wen Liu, Zih-Huei Wang, et al. · Quality Engineering · 30
Using the Taguchi method for optimization of the powder metallurgy forming process for Industry 3.5
2020 · Hung-Kai Wang, Zih-Huei Wang, et al. · Computers & Industrial Engineering · 25
An improved sampling plan by variables inspection with consideration of process yield and quality loss
2019 · Zih-Huei Wang, Chien-Wei Wu · Journal of Statistical Computation and Simulation · 24
A lots-dependent variables sampling plan considering supplier’s process loss and buyer’s stipulated specifications requirement
2015 · Chien-Wei Wu, Zih-Huei Wang, et al. · International Journal of Production Research · 23
Improved inspection scheme with a loss-based capability index
2019 · Zih-Huei Wang, Chien-Wei Wu · The International Journal of Advanced Manufacturing Technology · 21
Optimal design of a two-point variables skip-lot sampling plan with Taguchi capability index
2022 · Zih-Huei Wang · Quality Engineering · 15
Design and construction of a quick-switching sampling system with a third-generation capability index
2021 · Zih-Huei Wang, Chien-Wei Wu, et al. · Communication in Statistics- Theory and Methods · 14
Developing variables two-plan sampling scheme with consideration of process loss for lot sentencing
2024 · Armin Darmawan, Chien-Wei Wu, et al. · Quality Engineering · 12
A new S pk -based sample-size tightening sampling system for lot determination
2023 · Shih-Wen Liu, Zih-Huei Wang · Quality Technology & Quantitative Management · 8
An improved skip-lot sampling scheme with resampling mechanism using an advanced capability index
2024 · Zih-Huei Wang, Chien-Wei Wu, et al. · International Journal of Production Research · 7
A cost-effective skip-lot sampling scheme using loss-based capability index for product acceptance determination
2024 · Chien-Wei Wu, Zih-Huei Wang · International Journal of Production Economics · 7
An integrated operating mechanism for lot sentencing based on process yield
2021 · Shih-Wen Liu, Chien-Wei Wu, et al. · Quality Technology & Quantitative Management · 7
Developing a variables modified chain sampling plan with Taguchi capability index
2021 · Zih‐Huei Wang, Chien‐Wei Wu, et al. · Quality and Reliability Engineering International · 7
A cost-effective sampling strategy by variables inspection for lot disposition
2023 · Chien-Wei Wu, Zih-Huei Wang · Annals of Operations Research · 5
Optimization on Filtrating Process in Using the Integration of Statistical Method and Mathematical Programing
2021 · Jeang Angus, Chung Chien-Ping, et al. · International Journal of Industrial and Operations Research · 3
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Assessing high‐quality process performance using the quality‐yield index: An innovative methodology
2024 · Chien‐Wei Wu, Armin Darmawan, et al. · Quality and Reliability Engineering International · 2
Developing a Variables Modified Chain Sampling Plan with Taguchi Capability Index
2020 · Zih-Huei Wang, Chien-Wei Wu, et al. · Asia-Pacific International Symposium on Advanced Reliability and Maintenance Modeling (APARM) · 1
Prediction of paravalvular leak post transcatheter aortic valve replacement
2021 · Zhen Qian, Zih-Huei Wang · Elsevier eBooks
Contributors
2021 · Hisham Abdeltawab, Reza Arsanjani, et al. · Elsevier eBooks
Works count: 22
Citation count: 344
H-index: 11
I10-index: 11
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