Abstract
This chapter is mainly based on the paper: Considerations on Present Production Science Theory and Didactics: The Evident Lack of a Rational Manufacturing Theory, JSSM, 2021, 14, 482–501.
This chapter is mainly based on the paper: Considerations on Present Production Science Theory and Didactics: The Evident Lack of a Rational Manufacturing Theory, JSSM, 2021, 14, 482–501.
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References
Rüttimann. 2017. Lean Compendium—Introduction to Modern Manufacturing Theory. Springer.
Francalanza, Borg, Constantinescu. 2014. Deriving a Systematic Approach to Changeable Manufacturing System Design, CIRP Conference. Elsevier.
Little. 1992. Tautologies, models and theories: can we find “Laws” of manufacturing? IIE Transactions 24: 7–13.
Rüttimann, Stöckli. 2020. From batch and queue to industry 4.0-type manufacturing systems: A taxonomy of alternative production models. Journal of Service Science and Management 13: 299–316.
Hopp, Spearman. 2000. Factory Physics. Int. New York: McGraw-Hill.
Rüttimann. 2015. Discourse about linear programming and lean manufacturing: Two different approaches with a similar converging rational. Journal of Service Science and Management 8: 85–91.
Rüttimann, Stöckli. 2021. Exploiting virtual elasticity of manufacturing systems to respect OTD—Part 2: Post-optimality conditions for the cases of ergodic and non-ergodic order rate with deterministic product-mix. American Journal of Operations Research 11: 141–165.
Kagermann, et al. 2013. Umsetzungsempfehlungen für das Zukunftsprojekt Industrie 4.0—Abschlussbericht des Arbeitskreises Industrie 4.0, April 2013, internet www.acatech.de
Rüttimann, Stöckli. 2020. Exploiting virtual elasticity of production systems to respecting OTD—part1: Post-optimality conditions for ergodic order arrivals in fixed capacity regimes. American Journal of Operations Research 10: 321–342.
Siderska. 2016. Application of tecnomatix plant simulation for modeling production and logistics processes. Business Management and Education 14: 64–73.
Flores-Garcia, Kim., and Yang. Wiktorsson, Noh, 2020. Analyzing, the characteristics of digital twin and discrete event simulation in cyber physical systems. Springer, Lalic (Eds.) IFIP AICT vol. 592. 238–244.
Barni, Pietraroia, Züst, West, and Stoll. 2020. Digital twin based optimization of a manufacturing execution system to handle high degrees of customer specifications. Journal of Manufacturing and Materials Processing 4: 109
Rüttimann, Stöckli. 2016. Lean and industry 4.0—Twins, partners, or contenders? A due clarification regarding the supposed clash of two production systems. Journal of Service Science and Management 9: 485–500.
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Rüttimann, B.G., Stöckli, M.T. (2022). The Need for Manufacturing Theory. In: Elements of Advanced Manufacturing Theory. Springer, Cham. https://doi.org/10.1007/978-3-031-02047-6_1
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DOI: https://doi.org/10.1007/978-3-031-02047-6_1
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