P. Nyhuis

发表

Gentelligent® Parts: A Decentralized Information System for Enterprises

Peter Nyhuis, Matthias Schmidt, Frank Fisser, 2007, CONFENIS.

Designing Capacity Synchronization within the Regeneration of Complex Capital Goods

P. Nyhuis, Thorben Kuprat, 2016 .

Reduction of capital tie up for assembly processes

Matthias Schmidt, F. S. Wriggers, P. Nyhuis, 2008 .

Decentralized control of assembly processes driven by Gentelligent® Parts

Peter Nyhuis, Matthias Schmidt, Philip Fronia, 2010 .

The Production Logistic Theory as an Integral Part of a Theory of Production Technology

P. Nyhuis, J. Becker, 2015 .

Lot sizing in the forging industry considering lot size dependent tool wear

M. Stonis, P. Nyhuis, Henrik Prinzhorn, 2018, Prod. Eng..

The Impact of Priority Rules on Logistic Objectives : Modeling with the Logistic Operating Curves

Peter Nyhuis, Andreas Fischer, P. Nyhuis, 2022 .

Applications of the Logistic Operating Curves Theory

Hans-Peter Wiendahl, Peter Nyhuis, H. Wiendahl, 2009 .

Why a Systematic Investigation of Production Planning and Control Procedures is Needed for the Target-oriented Configuration of PPC

Matthias Schmidt, P. Nyhuis, A. Mütze, 2020, 2020 IEEE International Conference on Industrial Engineering and Engineering Management (IEEM).

A Model-Based Method for Assessing Potentials in Distribution Logistics

P. Nyhuis, P. Fronia, J. Becker, 2015 .

Facility Planning

H. Wiendahl, P. Nyhuis, 2019, CIRP Encyclopedia of Production Engineering.

Factory Change Drivers

H. Wiendahl, P. Nyhuis, J. Reichardt, 2015 .

Challenges in Automated Commercial Aircraft Production

P. Nyhuis, A. Fay, Felix Gehlhoff, 2022, IFAC-PapersOnLine.

Development of a Methodology to assess the Capability of Production Ramp-up

P. Nyhuis, C. Krüger, T. Klemke, 2022 .

Towards a Target System to Incorporate Sustainability in Multi-project Management in Factories

P. Nyhuis, L. Nielsen, P. Klausing, 2020 .

Use Cases of Real-Time Locating Systems for Factory Planning and Production Monitoring

P. Nyhuis, A. Mütze, Lennart Hingst, 2021, SSRN Electronic Journal.

Data based analysis of order processing strategies to support the positioning between conflicting economic and logistic objectives

J. T. Maier, Matthias Schmidt, P. Nyhuis, 2022, Procedia CIRP.

Optimal Measures in Production Developing an Universal Decision Supporter for Evaluating Measures in a Production

P. Nyhuis, Michael Grigutsch, M. Kennemann, 2011 .

Systemising Data-driven Methods for Predicting Throughput Time within Production Planning & Control

P. Nyhuis, T. Hiller, L. Deipenwisch, 2022, 2022 IEEE International Conference on Industrial Engineering and Engineering Management (IEEM).

Measurement and modeling of flexibility deductive and simulation based modeling of the impact of capacity flexibility and load variance within the context of the Logistic Operating Curves Theory by Nyhuis

Peter Nyhuis, Wiebke Hartmann, Tim Busse, 2010, 2010 2nd International Conference on Software Technology and Engineering.

Logistics-Oriented Production Configuration Using the Example of MRO Service Providers

P. Nyhuis, A. Mütze, Torben Lucht, 2022, IEEE Access.

Schedule compliance operating curves and their application in designing the supply chain of a metal producer

Peter Nyhuis, Sebastian Bertsch, Matthias Schmidt, 2014 .

Logistic Operating Curves in Theory and Practice

Peter Nyhuis, Matthias Schmidt, Matthias Schmidt, 2011 .

Fundamentals of Production Logistics: Theory, Tools and Applications

Peter Nyhuis, Hans-Peter Wiendahl, Rett Rossi, 2008 .

Individual Configuration of Production Control to Suit Requirements

Peter Nyhuis, Ben Muenzberg, P. Nyhuis, 2009 .

Configuration and regulation of PPC

Peter Nyhuis, Ben Münzberg, Marco Kennemann, 2009, Prod. Eng..

Modeling and analyzing logistic inter-dependencies in industrial-enterprise logistics

Peter Nyhuis, Gregor von Cieminski, P. Nyhuis, 2007, Prod. Eng..

3-Sigma PPC - A Holistic Approach for Managing the Logistic Performance of Production Systems

Peter Nyhuis, Hans-Peter Wiendahl, H. Wiendahl, 2004 .

A systematic approach to analysis and design of global production networks

Peter Nyhuis, Carsten Wagner, P. Nyhuis, 2009, Prod. Eng..

Known Production Concepts

Peter Nyhuis, Hans-Peter Wiendahl, H. Wiendahl, 2015 .

A comparison of methods for determining performance based employee deployment in production systems

Peter Nyhuis, Jonas Ast, Raed Wasseghi, 2021, Production Engineering.

Development of a methodology to improve the sourcing process

F. S. Wriggers, P. Nyhuis, P. Fronia, 2008, 2008 IEEE International Conference on Industrial Engineering and Engineering Management.

Cyber-Physical Production Systems Combined with Logistic Models – A Learning Factory Concept for an Improved Production Planning and Control☆

Peter Nyhuis, Kai-Frederic Seitz, P. Nyhuis, 2015 .

Mechanics of change: A framework to reconfigure manufacturing systems

Peter Nyhuis, Ahmed Azab, Hoda A. ElMaraghy, 2013 .

Changeable Manufacturing - Classification, Design and Operation

Peter Nyhuis, Neil A. Duffie, Hoda A. ElMaraghy, 2007 .

Exploring the Potential of Digital Twins for Production Control & Monitoring

Peter Nyhuis, Tobias Hiller, Cihan Cevirgen, 2021 .

A Data Mining Approach to Support Capacity Planning for the Regeneration of Complex Capital Goods

Peter Nyhuis, Melissa Seitz, Maren Sobotta, 2019, APMS.

Improving MRO order processing by means of advanced technological diagnostics and data mining approaches

Peter Nyhuis, Melissa Seitz, Torben Lucht, 2020 .

The effects of hybrid order processing strategies on economic and logistic objectives

Peter Nyhuis, Matthias Schmidt, Janine Tatjana Maier, 2021 .

Ensuring the Consistency of Competitive Strategy and Logistic Performance Management

Peter Nyhuis, Gregor von Cieminski, P. Nyhuis, 2007, APMS.

Dynamic and Future-Oriented Dimensioning of Stock

Peter Nyhuis, Michael Grigutsch, Julian Becker, 2015 .

The workload control concept: theory and practical extensions of Load Oriented Order Release

Peter Nyhuis, Jan-Wilhelm Breithaupt, Martin Land, 2002 .

Change-Beneficial Process Architectures and the Human as a Change Enabler

Peter Nyhuis, Gossmann Dennis, Wagner Carsten, 2012 .

Towards a definition of large scale products

L. Overmeyer, P. Nyhuis, B. Behrens, 2014, Prod. Eng..

Adequate and economic factory transformability and the effects on logistical performance

Peter Nyhuis, Tobias Heinen, Michael Brieke, 2007 .

Handbook Factory Planning and Design

Hans-Peter Wiendahl, Jürgen Reichardt, Peter Nyhuis, 2015 .

Systematic Data Analysis in Production Controlling Systems to Increase Logistics Performance

Peter Nyhuis, Lasse Härtel, P. Nyhuis, 2018, Advances in Production Research.

Approach for determining functional flexibility of the workforce based on training losses and employee specific risks

P. Nyhuis, J. Ast, 2022, Procedia CIRP.

Task scheduling method for HRC workplaces based on capabilities and execution time assumptions for robots

Peter Nyhuis, Annika Raatz, Sebastian Blankemeyer, 2020 .

A Theoretical Approach For Considering Practice Effects When Determining Deployment Schedules

P. Nyhuis, J. Ast, 2023, Manufacturing Letters.

Integrated Concept for Acquisition and Utilization of Production Feedback Data to Support Production Planning and Control in the Age of Digitalization

Peter Nyhuis, Philipp Schäfers, Alexander Mütze, 2019, Procedia Manufacturing.

A Universal Approach to Categorize Failures in Production

Peter Nyhuis, Konja Knüppel, Gerrit Meyer, 2014 .

Framework for assessing the impact of change on a factory by adapting learning behavior models

P. Nyhuis, Lennart Hingst, J. Ast, 2022, Procedia CIRP.

Supporting the Decision of the Order Processing Strategy by Using Logistic Models: A Case Study

Peter Nyhuis, Janine Tatjana Maier, Tammo Heuer, 2020, APMS.

Integrative factory, technology, and product planning-systemizing the information transfer on the operational level

Peter Nyhuis, Benjamin Hirsch, Serjosha Wulf, 2010, Prod. Eng..

Towards a Holistic Life Cycle Costing and Assessment of Factories: Qualitative Modeling of Interdependencies in Factory Systems

P. Nyhuis, Lennart Hingst, A. Dér, 2023, Sustainability.

Aerodynamic feeding systems: An example for changeable technology

Peter Nyhuis, Thomas Frädrich, Julia Pachow-Frauenhofer, 2011 .

Changeability of Business Organizations

Peter Nyhuis, J. Luebkemann, P. Nyhuis, 2013 .

Describing the influence of set-up optimised sequencing on output lateness of workstations

Peter Nyhuis, Jonas Mayer, P. Nyhuis, 2017 .

Reliable Capacity Planning Despite Uncertain Disassembly, Regeneration and Reassembly Workloads by Using Statistical and Mathematical Approaches – Validation in Subsidiaries of a Global MRO Company with Operations in Asia, Europe and North America☆

Peter Nyhuis, Steffen C. Eickemeyer, Simon Steinkamp, 2014 .

Development of a Model for the Redesign of Plant Structures

Peter Nyhuis, Lukas Richter, Jens Lübkemann, 2014 .

Highly Flexible Final Production Stages - Taking Advantages of Scale Effects by Reducing Internal Component Variants

Peter Nyhuis, Michael Grigutsch, Johannes Nywlt, 2014 .

Holistic Approach of Lean Thinking in Learning Factories

Peter Nyhuis, Jan Busch, Matthias Goerke, 2015 .

The Synergetic Factory Planning Process

Peter Nyhuis, Hans-Peter Wiendahl, Jürgen Reichardt, 2015 .

Validation of data fusion as a method for forecasting the regeneration workload for complex capital goods

P. Nyhuis, S. Schäfer, Steffen C. Eickemeyer, 2013, Prod. Eng..

Information Fusion as a Means of Forecasting Expenditures for Regenerating Complex Investment Goods

P. Nyhuis, Steffen C. Eickemeyer, Tim Borcherding, 2012 .

Service Level Driven Stock Allocation: A Model Based Enterprise Information System

Peter Nyhuis, Matthias Schmidt, Rouven Nickel, 2007, CONFENIS.

Preconditions for applying an energy price-oriented sequencing rule

Peter Nyhuis, Malte Stonis, Henrik Prinzhorn, 2018, Prod. Eng..