The faces behind research and teaching at the Chair of Fluidics.
Nine courses provide broad expertise in the field of fluid energy machines.
Rotary displacement machines are the main focus of research at the Chair of Fluidics.
Every two years, the Chair of Fluidics organises the International Conference on Screw Machines, ICSM for short.
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to Quantify and Interactive Adaptive Learning , and will present the following papers: Online Deep Hybrid Ensemble Learning for Time Series Forecasting ( Saadallah, Jakobs ) An Empirical Evaluation of the …
On June 28, 2023, the first hybrid research colloquium of the AIG cluster took place in the summer semester 2023. Bastian Pelka, Teresa Sartor, Jana York ( Sociology of Rehabilitation ) and Sarah Lamb …
The lecture covers advance topics in magnetism. Focus will be put on the three following themes: Hybrid molecular interfaces for optoelectronics and spin-electronics : basic concepts of surface science …
of teaching in higher education? Date & Place: Wednesday, 12 July 2023, 4.00–5.30 p.m. (CEST) | Hybrid (Vogelpothsweg 78, CDI building, room 114 & Online via Zoom) Details of the Talk …
project , which focuses on student agency in the innovation of research-based teaching and learning in hybrid settings and is funded by the Stiftung Innovation in der Hochschullehre . The STARK project team …
/39 Schmid, Amelie Lena and Wiesche, Manuel, "How Engineers perform Data Science Work: Designing Hybrid Roles" (2023). Wirtschaftsinformatik 2023 Proceedings . 94. https://aisel.aisnet.org/wi2023/94 We …
CoatingStruc – Innovative Hybrid Manufacturing P rocess of Textured, Thermally Sprayed Surface Systems to Improve Friction Coefficients by up to 10% Coatings based on tungsten carbide (WC) applied by thermal [...] HVOF-spraying and machining with geometrically defined cutting edges (e.g. micro milling) in a novel hybrid manufacturing process. Hereby, the disadvantages of established processes mentioned above can be …
Hybrid (P1-O2-323, Zoom Access via Moodle) Determining new experimental ways to realize quantum phases of matter and exert on demand control over their properties is a central driver in modern condensed-matter [...] overcome the most important drawbacks of modern quantum devices [4]. We also demonstrate, how novel hybrid approaches can be used to determine the Floquet band structure of periodically driven quantum systems …
