Prof. Katrin Beyer
Engineering, Earthquake Engineering and Structural Dynamics; Structural Engineering; Civil Engineering
Prof. Dr. Dr. Dagmar Hülsenberg
Nominated by
- Acatech - National Academy of Science and Engineering
- AcademiaNet member since 18.08.2010
- AcademiaNet- Selection Criteria
Academic Discipline/Fields
- Natural sciences/ Engineering/ Agricultural sciences
Field
Engineering
Area of specialisation
Materials science (in particular glass and ceramic materials), materials engineering (in particular microstructuring of glass and ceramic materials), the application of electrical engineering techniques for manufacturing glass and ceramics, production of nano- and microscale oxide powders, partial crystallisation of glass, recycling making use of glass technologies, measurement technology for manufacturing glass and ceramics, history of technology
Research interests
Microstructuring of UV-sensitive glass
Microstructuring of glass with the help of draw down technology
Manufacturing magnetic oxide micro and nanopowders
Glass/glass composites
Homogenisation of glass melts
Production of glass-ceramic materials
Microstructured glass printing plates as tools for intaglio printmaking
Quartz glass
Interested in
- Lectures, Membership in scientific bodies, Refereeing
- Consulting
Languages
French, German, Russian
Doctorate
- 1969: zum Dr. rer. oec. "Ermittlung einer optimalen Kostenstellen- und Kostenträgeranzahl unter besonderer Berücksichtigung der Fehleraggregation" ("Doctoral dissertation in economics: "Determining an optimal number of cost centres and cost objects with particular attention to error aggregation"")
- 1970: zum Dr.-Ing. "Hochtemperaturdeformation heterogener Materialien, dargestellt am feuerfesten Werkstoff Schamotte" ("Doctoral dissertation in engineering: "High-temperature deformation of heterogeneous materials, as illustrated by the refractory material chamotte"")
Short CV/Education and training
- 1959Abitur (A-levels)
- 1959 – 1960Teaching as a ceramic technology technician at VEB Vereinigte Porzellanwerke (United Porcelain Factories) Köppelsdorf, Germany
- 1960 – 1965Student of silicate metallurgy at Freiberg University of Mining and Technology (TU Bergakademie Freiberg), Germany
- 1969Doctorate in business economics from TU Bergakademie Freiberg after completing the extended oral dissertation defence
- 1965 – 1970Lecturer and senior lecturer at the Institute of Ceramics, TU Bergakademie Freiberg
- 1970Doctorate in engineering from TU Bergakademie Freiberg
- 1970 – 1975Staff member and head of the science department at the Ministry of Glass and Ceramic Technology in Berlin, Germany
- 1975Full professor of glass and ceramic materials and technology
- 1975 – 1995Professor of glass and ceramic materials and technology at Ilmenau University of Technology
- 1995C4 professor of glass and ceramic technology
- 1995 – 2007C4 professor of glass and ceramic technology at Ilmenau University of Technology
Selected publications
Hülsenberg, D., Harnisch, A., Bismarck, A.: Microstructuring of Glasses; Springer-Verlag: Berlin, Heidelberg, New York 2008.
Hülsenberg, D., Krüger, H.-G., Steiner, W.: Keramikformgebung. Springer-Verlag: Berlin, Heidelberg, New York 1989.
Hülsenberg, D., Knauf, O.: Fusion of Glasses with High Content of Iron Oxide. In: Advances in Fusion and Processing of Glass. In: Ceramic Transactions 29, 1993. pp. 289-297.
Hülsenberg, D. et al.: Einkristallines Bariumhexaferritpulver: Herstellung, Eigenschaften, Anwendung in der Mikrotechnik. In: Technische Keramische Werkstoffe, 52. Supplement. Fachverlag Deutscher Wirtschaftsdienst GmbH: Köln 1999, pp. 1-50.
Hülsenberg, D. et al.: Electromagnetic stirring of glass melts using Lorentz forces. In: Glass Sci. Technol. 77, 4, 2004. pp. 186-193.
Hülsenberg, D. et al.: Mikrostrukturierung von Glas. In: Galvanotechnik 98(10), 2007. pp. 2530-2537.
Hülsenberg, D., Fehling, P., Leutbecher, T.: Damage tolerant, translucent oxide fiber/glass matrix-composites. In: Composites Part B 39, 2, 2008. pp. 362-373.
Selected projects
Development, manufacture and microstructuring of photosensitive glass
Glass crystallisation technique for manufacturing magnetic oxide micro and nanopowders
Oxide-fibre-reinforced glass composites
Microstructured glass printing plates for manufacturing TFTs by intaglio printmaking
Making use of Lorentz forces for the homogenisation of glass melts
Membership in scientific bodies/juries
German National Academy of Science and Engineering
Saxonian Academy of Sciences
Humboldt Society for Science, Art and Education
German Ceramic Society
German Society for Glass Technology
Additional qualifications
Advanced training in higher-education pedagogy
65 semesters of lectures in a wide variety of subfields of glass and ceramic materials and their manufacture
Soft Skills/Other activities and achievements
Additional interests
History of science and technology
Contact
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