AM Science Corner
Additive manufacturing is not standing still. Find out about interesting research results in the AM industry at our AM Science Corner and enter into direct dialogue with researchers on 13 May 2025 in Hall 2.
With its combination of specialist congress and exhibition, rapid.tech 3D has always been an established meeting place for additive manufacturing.
You will find the scientific posters from this year's rapid.tech 3D in Hall 2 at Stand 2-500.
Because in additive manufacturing, research and practice work hand in hand to constantly achieve new milestones. The new poster exhibition picks up on this approach and offers a further overview of interesting developments in the AM sector.
The following posters were published in the exhibition:
- Quality-driven Parameter Optimization for the Large-Scale Extrusion Additive Manufacturing of Polymers
Felipe Arango Callejas (BMW Group) - Plastic chips as feedstock for 3D-printing-processes
Christoph Doerffel (Steinbeis Innovationszentrum ALP) - Measurement Uncertainty and Accuracy of CT and CMM in Additive Manufacturing
Mergim Krasniqi (Physikalisch-Technische Bundesanstalt (PTB)) - Printing silicone hollow structures in a bath of hydrogel
Niclas Henrichs (Impetus Plastics Engineering GmbH) - Experimental investigation and thermographic imaging of geometry dependent overheating and its effects in PBF-LB/M
Niklas Ostermann (Ruhr-Universität Bochum Lehrstuhl Hybrid Additive Manufacturing) - Impact of Hatching Strategies on Overhang Displacement in PBF-LB/M
Christoph Behrens (Universität Bremen) - A Methodical Approach for the Integration of Foil-Type Strain Gauges in PBF-LB/M Components
Thomas Bareth (Fraunhofer IGCV) - Response Surface Modeling vs. Machine Learning algorithms: A comparison of model-based predictions of mechanical properties in Fused Layer Modeling printing
Valentin Wiesner (Hochschule Coburg - Technologietransferzentrum (TTZ) Oberfranken: Digitale Intelligenz) - Recent developments in the field of additive manufacturing of ceramic-based multi-material components open the door to highly functionalized components.
Uwe Scheithauer (Fraunhofer Institut für Keramische Technologien und Systeme IKTS) - Design Automation: Term Definition and Methodical Analysis for Software Selection
Johannes Willkomm (RWTH Aachen University - Digital Additive Production DAP) - Influencing factors of removability of support structures using high-frequency vibration
Mirco Jankowiak (Fraunhofer IAPT) - Dynamic Mechanical Properties of Additively Manufactured Lattice Structures: Challenges, Models, and Perspectives
Henrik Kruse (RWTH Aachen University - Digital Additive Production DAP) - Impact of disintegrating agents on the Wash-Out Process for 3D-Printed Aluminum Green Parts Produced by Slurry-Based Binder Jetting
Jan Angenoorth (Fraunhofer IGCV) - Investigations to increase the removal rate during plasma electrolytic polishing for post-processing
Paul Geßner (Hochschule Anhalt) - In-situ modification of material hardness for low-alloyed steels processed via PBF-LB/M – a view on process related microstructure
Maximilian Marschall (Bayerisches Laserzentrum GmbH)
Where can I find the scientific papers of rapid.tech 3D 2025?
Submitted papers that have passed the review have been published in one of our two partner journals:
