Durchlauforientierte Losgrössenbestimmung. - Peter Nyhuis (VDI-Verlag, 1991)

Verbesserung der Termineinhaltung in komlexen Fertigungsbereichen durch einen neuen Ansatz zur Plan-Durchlaufzeit-Ermittlung. - Eberhard Ludwig; Peter Nyhuis (GI Jahrestagung, 1992)

Betriebskennlinien in PPS - Grundlagen und Anwendungsbeispiele. - Hans-Peter Wiendahl; Peter Nyhuis (Wirtschaftsinf., 1992)

Influences of Human Operators on the Logistics of Manufacturing Cells. - Gregor von Cieminski; Peter Nyhuis (APMS, 2003)

Qualification of small and medium-sized car suppliers for mass customization due to suitable factory, production, and logistics structures. - Peter Nyhuis; Marius Müller-Seegers (MCPC, 2003)

Supply Chain Management in Small and Medium-Sized Enterprises. - Peter Nyhuis; Katja Hasenfuß (PROLAMAT, 2006)

Development of a Decentralized Logistics Controlling Concept. - Peter Nyhuis; Felix S. Wriggers; Andreas Fischer 007 (PROLAMAT, 2006)

Ensuring the Consistency of Competitive Strategy and Logistic Performance Management. - Gregor von Cieminski; Peter Nyhuis (APMS, 2007)

Derivation of Strategic Logistic Measures for Forging Systems. - Peter Nyhuis; Felix S. Wriggers; Tim D. Busse (APMS, 2007)

Gentelligent® Parts: A Decentralized Information System for Enterprises. - Matthias Schmidt 003; Felix S. Wriggers; Frank Fisser; Peter Nyhuis (CONFENIS (1), 2007)

Service Level Driven Stock Allocation: A Model Based Enterprise Information System. - Felix S. Wriggers; Matthias Schmidt 003; Rouven Nickel; Peter Nyhuis (CONFENIS (1), 2007)

Modeling and analyzing logistic inter-dependencies in industrial-enterprise logistics. - Gregor von Cieminski; Peter Nyhuis (Prod. Eng., 2007)

A controlling system based on cause-effect relationships for the ramp-up of production systems. - Helge Winkler; Michael Heins; Peter Nyhuis (Prod. Eng., 2007)

Entwicklung eines Konzeptes zum Cost Benefit Sharing in Unternehmensnetzwerken. - Sebastian Beck; Jan Helmig; Peter Nyhuis (PBFT, 2009)

Stockout Costs in Logistics Unconsidered: Stockout Costs do Affect Service Level. - Henner Gärtner; Rouven Nickel; Peter Nyhuis (LDIC, 2009)

Configuration and regulation of PPC. - Peter Nyhuis; Ben Münzberg; Marco Kennemann (Prod. Eng., 2009)

A systematic approach to analysis and design of global production networks. - Carsten Wagner; Peter Nyhuis (Prod. Eng., 2009)

Integrative factory, technology, and product planning-systemizing the information transfer on the operational level. - Peter Nyhuis; Serjosha Wulf; Tim Klemke; Benjamin Hirsch (Prod. Eng., 2010)

Component Monitoring with Integrated Sensors. - Borris van Thiel; Peter Nyhuis (ICSEng, 2011)

Model based logistic monitoring for supply and assembly processes. - Ben Münzberg; Matthias Schmidt 003; Sebastian Beck; Peter Nyhuis (Prod. Eng., 2012)

Validation of data fusion as a method for forecasting the regeneration workload for complex capital goods. - Steffen C. Eickemeyer; Tim Borcherding; Sebastian Schäfer; Peter Nyhuis (Prod. Eng., 2013)

Towards a definition of large scale products. - Bernd-Arno Behrens; Peter Nyhuis; Ludger Overmeyer; Aaron Bentlage; Tilmann Rüther; Georg Ullmann (Prod. Eng., 2014)

Quantitative controlling approach of time synchronicity in convergent supply processes. - Eric C. Hund; Philip Rochow; Florian Mach; Peter Nyhuis (Prod. Eng., 2016)

An Optimization Model to Develop Efficient Dismantling Networks for Wind Turbines. - Martin Westbomke; Jan-Hendrik Piel; Michael H. Breitner; Peter Nyhuis; Malte Stonis (OR, 2017)

Logistic modelling of lateness distributions in inventory systems. - Peter Nyhuis; Jonas Mayer (Prod. Eng., 2017)

Lot sizing in the forging industry considering lot size dependent tool wear. - Henrik Prinzhorn; Johannes Richter; Jan Langner; Malte Stonis; Peter Nyhuis (Prod. Eng., 2018)

Preconditions for applying an energy price-oriented sequencing rule. - Stefan Willeke; Henrik Prinzhorn; Malte Stonis; Peter Nyhuis (Prod. Eng., 2018)

A Data Mining Approach to Support Capacity Planning for the Regeneration of Complex Capital Goods. - Melissa Seitz; Maren Sobotta; Peter Nyhuis (APMS (2), 2019)

Why a Systematic Investigation of Production Planning and Control Procedures is Needed for the Target-oriented Configuration of PPC. - Alexander Mütze; Simon Hillnhagen; Philipp Schäfers; Matthias Schmidt 003; Peter Nyhuis (IEEM, 2020)

Supporting the Decision of the Order Processing Strategy by Using Logistic Models: A Case Study. - Janine Tatjana Maier; Tammo Heuer; Peter Nyhuis; Matthias Schmidt 003 (APMS (1), 2020)

Logistical Potentials of Load Balancing via the Build-up and Reduction of Stock. - Tammo Heuer; Janine Tatjana Maier; Tim D. Busse; Matthias Schmidt 003; Peter Nyhuis (IEEM, 2021)

Integrated Repair Shop Scheduling and Spare Parts Pooling for Robust Product Regeneration. - Torben Lucht; Anja Wojcik; Peter Nyhuis (IEEM, 2021)

Model-Based Approach for Assessing Planning Quality in Production Logistics. - Torben Lucht; Alexander Mütze; Tim Kämpfer; Peter Nyhuis (IEEE Access, 2021)

Systemising Data-driven Methods for Predicting Throughput Time within Production Planning & Control. - Tobias Hiller; Lukas Deipenwisch; Peter Nyhuis (IEEM, 2022)

Using Distance Measures and Cluster Algorithms for Production Logistics-oriented Evaluation of Products and Product Portfolios. - Tim Kämpfer; Sven Klaßen; Peter Nyhuis (IEEM, 2022)

Monetary Evaluation of Logistical Performance. - Tammo Heuer; Vanessa Teuber; Peter Nyhuis (APMS (1), 2022)

Controlling Product Variance in a Factory Through the Evaluation of the Factory Life Cycle. - Lennart Hingst; Peter Nyhuis (APMS (1), 2022)

Introducing a Fast Lane to Multi-Project Environments in Factories to Focus on Digital Transformation. - Justin Hook; Lars Nielsen; Peter Nyhuis (APMS (2), 2022)

Modelling Interdependencies Within Production Planning and Control: An Application-Motivated Approach. - Alexander Mütze; Simon Hillnhagen; Matthias Schmidt 003; Peter Nyhuis (APMS (1), 2022)

Logistics-Oriented Production Configuration Using the Example of MRO Service Providers. - Alexander Mütze; Torben Lucht; Peter Nyhuis (IEEE Access, 2022)

Hybrid Production Structures as a Solution for Flexibility and Transformability for Longer Life Cycles of Production Systems. - Dorit Schumann; Marco Bleckmann; Peter Nyhuis (PLM (2), 2023)

Forecast-Based Dimensioning of Spare Parts Inventory Levels in the MRO Industry. - Tabea Marie Demke; Tim Kämpfer; Torben Lucht; Jens Wachsmann; Peter Nyhuis (APMS (2), 2023)

Simple Analysis of Planning Quality in Production Logistics. - Tobias Hiller; Lena Osterkamp; Lea Vinke; Patrick Holtsch; Alexander Mütze; Peter Nyhuis (APMS (3), 2023)

Introduction of an Approach for the Identification of Interfaces Between the Factory Planning Process and Quality Management for an Optimized Planning Result. - Tanya Jahangirkhani; Ninja vom Stein; Peter Nyhuis; Manuel Löwer (APMS (3), 2023)

Throughput Time Predictions Along the Order Fulfilment Process. - Tobias Hiller; Tabea Marie Demke; Peter Nyhuis (IEEE Access, 2024)

Assembly Sequence Flexibility - Assembly Precedence Matrix-Based Evaluation Model. - Marco Bleckmann; Luca Mastroianni; Meret Börgerding; Peter Nyhuis (IEEE Access, 2025)