The start-up centre of the University of Paderborn "garage33" and the "Center for Entrepreneurship" (CFE) of the University of Applied Sciences Bielefeld (FH Bielefeld) together with the VerbundVolksbank OWL announce the annual idea competition "CALL FOR IDEAS".
Mr. Patrick Delfs successfully passed his doctoral examination on 17.12.2020. The dissertation with the title: "Three-dimensional surface analysis and topography simulation of additively manufactured laser-sintered components" may now join the dissertation list at the DMRC.
Mr. Patrick Delfs successfully passed his doctoral examination on 17.12.2020. The dissertation with the title: "Three-dimensional surface analysis and topography simulation of additively manufactured laser-sintered components" may now join the dissertation list at the DMRC.
"Industrial Manufacturing in North Rine Westphalia" (iAMnrw-Materials), this project bundles the competences of Kunststofftechnik Paderborn (KTP) and the Particle Technology Group (PVT) as well as the Chair of Materials Science (LWK) for another project on the production of metal powders and is centrally located at the Paderborn Institute for Additive Manufacturing (PIAF).
"Industrial Manufacturing in North Rine Westphalia" (iAMnrw-Materials), this project bundles the competences of Kunststofftechnik Paderborn (KTP) and the Particle Technology Group (PVT) as well as the Chair of Materials Science (LWK) for another project on the production of metal powders and is centrally located at the Paderborn Institute for Additive Manufacturing (PIAF).
M.Sc Alexander Sieger (born Taube) passed his doctoral examination on 04.12.2020 as part of his dissertation "Microstructure characteristics of additively manufactured lattice structures" with "distinction".
M.Sc Alexander Sieger (born Taube) passed his doctoral examination on 04.12.2020 as part of his dissertation "Microstructure characteristics of additively manufactured lattice structures" with "distinction".
On 19.11.2020, Mr. Christian Schumacher completed his dissertation with distinction on the topic "Development of a methodical procedure for the feature-specific characterisation of the processing suitability of unreinforced and fibre-reinforced plastics in fused deposition modelling using the example of polyamide 6" to obtain his doctorate.
On 19.11.2020, Mr. Christian Schumacher completed his dissertation with distinction on the topic "Development of a methodical procedure for the feature-specific characterisation of the processing suitability of unreinforced and fibre-reinforced plastics in fused deposition modelling using the example of polyamide 6" to obtain his doctorate.
M. Sc. Lena Risse successfully passed her doctoral examination with her dissertation on “Preoperative studies for the design of patient-specific medical aids” on October 19, 2020.
M. Sc. Lena Risse successfully passed her doctoral examination with her dissertation on “Preoperative studies for the design of patient-specific medical aids” on October 19, 2020.
The project aims for the implementation of a prototypical, hybrid additive series production for automotive industry. Therefore, the entire process chain from part design, powder production and the LPBF process to post-processing has to be integrated, analyzed and optimized on the hardware and software side to enable a continuous and robust process chain.
The project aims for the implementation of a prototypical, hybrid additive series production for automotive industry. Therefore, the entire process chain from part design, powder production and the LPBF process to post-processing has to be integrated, analyzed and optimized on the hardware and software side to enable a continuous and robust process chain.
Mr. M. Sc. Benjamin Bauer successfully passed his doctoral examination on May 29, 2020 with his dissertation on the topic "Lifetime forecast for additively manufactured plastic components using fracture mechanical concepts".
Mr. M. Sc. Benjamin Bauer successfully passed his doctoral examination on May 29, 2020 with his dissertation on the topic "Lifetime forecast for additively manufactured plastic components using fracture mechanical concepts".
