New Fiber Matrix Process with 3D Fiber Printer - A Strategic In-process Integration of Endless Fibers Using Fused Deposition Modeling (FDM). - Andreas Fischer 006; Steve Rommel; Thomas Bauernhansl (NEW PROLAMAT, 2013)

Integration of CNT-based actuators for bio-medical applications - Example printed circuit board CNT actuator pipette. - Raphael Addinall; Takushi Sugino; Raphael Neuhaus; Urszula Kosidlo; Friedemann Tonner; Carsten Glanz; Ivica Kolaric; Thomas Bauernhansl; Kinji Asaka (AIM, 2014)

Production Scheduling in Complex Job Shops from an Industry 4.0 Perspective: A Review and Challenges in the Semiconductor Industry. - Bernd Waschneck; Thomas Altenmüller; Thomas Bauernhansl; Andreas Kyek (SAMI@iKNOW, 2016)

Rule-based integration of smart services using the manufacturing service bus. - Matthias Wieland 001; Frank Steimle; Bernhard Mitschang; Dominik Lucke; Peter Einberger; Daniel Schel; Michael Luckert; Thomas Bauernhansl (SmartWorld/SCALCOM/UIC/ATC/CBDCom/IOP/SCI, 2017)

Die Vierte Industrielle Revolution - Der Weg in ein wertschaffendes Produktionsparadigma. - Thomas Bauernhansl (Handbuch Industrie 4.0 (4), 2017)

Geschäftsmodell-Innovationen. - Anja Schatz; Thomas Bauernhansl (Handbuch Industrie 4.0 (1), 2017)

Case Study on Operator Compliance to Scheduling Decisions in Semiconductor Manufacturing. - Bernd Waschneck; Thomas Altenmüller; Thomas Bauernhansl; Andreas Kyek (CASE, 2018)

A Maturity Model for the Classification of RealWorld Applications of Data Analytics in the Manufacturing Environment. - Thomas Pschybilla; Daniel Baumann; Wolf Wenger; Dirk Wagner; Stephan Manz; Thomas Bauernhansl (OR, 2018)

Flexible IT platform for synchronizing energy demands with volatile markets. - Paul Schott; Raphael Ahrens; Dennis Bauer; Fabian Hering; Robert Keller; Jaroslav Pullmann; Daniel Schel; Jens Schimmelpfennig; Peter Simon; Thomas Weber; Eberhard Abele; Thomas Bauernhansl; et al. (it Inf. Technol., 2018)

Ionic CNT actuators and arrays - towards cost-efficient manufacturing through scalable dispersion and printing processes. - Raphael Neuhaus; V. Bitzer; J. Jablockin; Carsten Glanz; Ivica Kolaric; Jörg Siegert; Thomas Bauernhansl (AIM, 2019)

Cost calculation model for reconfigurable, hybrid assembly systems. - Manuel Fechter; Thomas Dietz; Thomas Bauernhansl (CASE, 2019)

Cyber-Physical Production System Self-Description-Based Data Access Layer. - Daniel Stock; Daniel Schel; Thomas Bauernhansl (ETFA, 2019)

A Service-Oriented Approach for the Cognitive Factory - A Position Paper. - Eduardo Colangelo; Silke Hartleif; Torsten Kroger; Thomas Bauernhansl (ICAIIC, 2019)

Value Creation Through Product-Service Systems in Business Ecosystems - Identification of Key Challenges for Mechanical Engineering Companies. - Philipp Humbeck; Franziska Goß; Thomas Bauernhansl (IEEM, 2019)

Towards the Management of the Development of Product-Service Systems in Business Ecosystems - State-of-the-Art. - Philipp Humbeck; Elena Vock; Thomas Bauernhansl (IEEM, 2019)

Capability-Based Implementation of Digital Service Innovation in SMEs. - David Görzig; Susann Kärcher; Thomas Bauernhansl (APMS (1), 2019)

Modeling Manual Assembly System to Derive Best Practice from Actual Data. - Susann Kärcher; David Görzig; Thomas Bauernhansl (APMS (2), 2019)

Capability-Based Planning of Digital Innovations in Small-and Medium-Sized Enterprises. - David Görzig; Susann Kärcher; Thomas Bauernhansl (CBI (1), 2019)

Strategic process planning for commissioning processes in mechanical engineering. - Sebastian Poeschl; Frank Wirth; Thomas Bauernhansl (Int. J. Prod. Res., 2019)

System Architectures for Cyber-Physical Production Systems enabling Self-X and Autonomy. - Daniel Stock; Thomas Bauernhansl; Michael Weyrich; Matthias Feurer; Rolf Wutzke (ETFA, 2020)

The Business Ecosystem Management Canvas. - Philipp Humbeck; Jan P. Jaeckle; Julia Duwe; Thomas Bauernhansl (IEEM, 2020)

Extending Service-oriented Architectures in Manufacturing towards Fog and Edge Levels. - David Albert Breunig; Alain Roedel; Thomas Bauernhansl (INDIN, 2020)

First Results of a Survey on Manufacturing of the Future. - Christian Fries; Manuel Fechter; Gábor Nick; Ádám Szaller; Thomas Bauernhansl (ISM, 2020)

A new iterative method for solving the joint dynamic storage location assignment, order batching and picker routing problem in manual picker-to-parts warehouses. - Patrick Kübler; Christoph H. Glock; Thomas Bauernhansl (Comput. Ind. Eng., 2020)

Reasons for Engineering Changes Affecting Part-specific Tools: An Investigation in the Automotive Industry. - Markus Johannes Kratzer; Lukas Bauch; Torsten Burkert; Blanka Szost; Thomas Bauernhansl (IEEM, 2021)

Service Capability Ontology. - David Görzig; Thomas Bauernhansl (APMS (5), 2021)

Customer-Induced Planning Deviations within Order Management. - Christian Fries; Thomas Bauernhansl (ISM, 2021)

New Data Structures for a Flexible Order Management. - Christian Fries; Eduardo Colangelo; Leonie Pollmann; Theresa-Franziska Hinrichsen; Thomas Bauernhansl (ISM, 2021)

Software deployment in manufacturing environments: A requirements analysis. - Matthias Schneider; Sophia Meitinger; Daniel Stock; Thomas Bauernhansl (ETFA, 2022)

Impact of Customer Order Change Dimensions on Order Management. - Christian Fries; Ádám Szaller; Thomas Bauernhansl; Günther Schuh (IEEM, 2022)

Evaluation of Indicators for Simulation's Prediction Quality of Material Demand in Matrix Production Systems. - Daniel Ranke; Axel Bruns; Rouven Fink; Annika Lehnert; Thomas Bauernhansl (ISM, 2022)

Conceptual Thoughts on Biointelligent Embedded Systems and Operating Systems Architecture. - Arber Shoshi; Robert Miehe; Thomas Bauernhansl (ISM, 2022)

Method for Determining Material Demands by Combing Deterministic and Probabilistic Information in Flexible and Changeable Production Systems. - Jan Schuhmacher; Vera Hummel; Daniel Palm; Thomas Bauernhansl (IEEM, 2023)

Modeling of a Matrix Production System for Simulation to Predict Material Demand. - Daniel Ranke; Thomas Bauernhansl (APMS (3), 2023)

Characterization of Digitally-Advanced Methods in Lean Production Systems 4.0. - Simon Schumacher; Roland Hall; Michael Hautzinger; Jan Schöllmann; Thomas Bauernhansl (APMS (1), 2023)

Method for the Derivation of Flexible Process Modules. - Patricia Berkhan; Daniel Ranke; Thomas Bauernhansl (ISM, 2023)

Analyzing The Purpose And Technologies Of Digital Twins In Distributed Manufacturing: A Systematic Literature Review. - Monika Risling; Michael Oberle; Thomas Bauernhansl (ISM, 2023)

Information-based Preprocessing of PLC Data for Automatic Behavior Modeling. - Brandon K. Sai; Jonas Gram; Thomas Bauernhansl (CoRR, 2023)

Lean Production Systems 4.0: systematic literature review and field study on the digital transformation of lean methods and tools. - Simon Schumacher; Roland Hall; Andreas Bildstein; Thomas Bauernhansl (Int. J. Prod. Res., 2023)

Leveraging OpenAPI for Microservice Decomposition: A Comparative Study on Features, Encodings and Algorithms on a Real MES. - Michael Oberle; Thomas Bauernhansl (ICAIIC, 2024)

Identification of Planning Periods Based on Time Series Characteristics for the Design of Matrix Production Systems. - Daniel Ranke; Thomas Bauernhansl (ISM, 2024)

Sensor System for Real-Time Classification of Manual Construction Tasks with Power Tools for Exoskeleton Control. - Bent Leudesdorff; Lydia R. S. Strümpler; Thomas Dobosz; Christophe Maufroy; Urs Schneider; Thomas Bauernhansl (SMC, 2024)

Root Cause Analysis Of Productivity Losses In Manufacturing Systems Utilizing Ensemble Machine Learning. - Jonas Gram; Brandon K. Sai; Thomas Bauernhansl (CoRR, 2024)

Fine-tuning large language models with contrastive margin ranking loss for selective entity matching in product data integration. - Qian Ruan; Dachuan Shi; Thomas Bauernhansl (Adv. Eng. Informatics, 2025)

Dual data mapping with fine-tuned large language models and asset administration shells toward interoperable knowledge representation. - Dachuan Shi; Olga Meyer; Michael Oberle; Thomas Bauernhansl (Robotics Comput. Integr. Manuf., 2025)