Direct, Mold-Less Production Systems

Poprawe, Reinhart; Bleck, Wolfgang; Piller, Frank T.; Schuh, Günther; Barg, Sebastian; Bohl, Arne; Bremen, Sebastian; Bültmann, Jan; Hinke, Christian; Jiang, Ruth; Kleer, Robin; Merkt, Simon; Prahl, Ulrich; Riesener, Michael; Schrage, Johannes; Weller, Christian E.; Ziegler, Stephan

doi:10.1007/978-3-319-47452-6_2

“…Research at the RWTH Aachen University via the Cluster of Excellence (CoE) "Integrative Production Technologies" in the field of AMT focused on direct, mold-less production technologies -especially metal AM (Poprawe & Bültmann 2017), hybrid incremental sheet forming (ISF) processes (Göttmann et al 2013), efficient 3D-ultrafast laser ablation (Finger et al 2015), and new advanced weaving technologies (Gloy et al 2015).…”

Section: State Of the Artmentioning

confidence: 99%

Agile Product Development for Cyber-Physical Products

Schuh,

Schulz,

Kuhn

et al. 2023

Interdisciplinary Excellence Accelerator Series

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The manufacturing industry, especially in high-wage countries, faces new challenges in recent times. The environment of development projects gets more dynamic and uncertain and is characterized by fast-paced changes of technological and economical aspects as well as heterogeneous customer requirements and volatile markets. In combination with an increasing complexity of cyber-physical products, the challenges within product development are constantly growing. Furthermore, companies need to be more flexible and be able to adjust to changing conditions (Schuh & Dölle 2021, S. 11). To increase flexibility, enablers (i.e., advanced manufacturing technologies) and tools (i.e., data-based automated design tools) are presented, whose further development and integration into the product development process reduce development times. Agile product development for cyber-physical products has become a significant research focus in order to meet the challenges described and to ensure the future competitiveness of manufacturing companies. The following paper and respective sections will describe the vision and main research activities within the Cluster of Excellence “Internet of Production” (IoP) in the context of agile product development for cyber-physical products.

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Introduction

Kazmer

2022

Injection Mold Design Engineering

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Agile Product Development for Cyber-Physical Products

Schuh

¹

,

Schulz²,

Kühn

³

et al. 2023

Interdisciplinary Excellence Accelerator Series

0

View full text Add to dashboard Cite

The manufacturing industry, especially in high-wage countries, faces new challenges in recent times. The environment of development projects gets more dynamic and uncertain and is characterized by fast-paced changes of technological and economical aspects as well as heterogeneous customer requirements and volatile markets. In combination with an increasing complexity of cyber-physical products, the challenges within product development are constantly growing. Furthermore, companies need to be more flexible and be able to adjust to changing conditions (Schuh & Dölle 2021, S. 11). To increase flexibility, enablers (i.e., advanced manufacturing technologies) and tools (i.e., data-based automated design tools) are presented, whose further development and integration into the product development process reduce development times. Agile product development for cyber-physical products has become a significant research focus in order to meet the challenges described and to ensure the future competitiveness of manufacturing companies. The following paper and respective sections will describe the vision and main research activities within the Cluster of Excellence “Internet of Production” (IoP) in the context of agile product development for cyber-physical products.

show abstract

Direct, Mold-Less Production Systems

Cited by 6 publications

References 60 publications

Agile Product Development for Cyber-Physical Products

Agile Product Development for Cyber-Physical Products

Introduction

Agile Product Development for Cyber-Physical Products

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