Prof. Dr. Sabrina Gippert

Since the 2022 summer semester, Sabrina Gippert has been a member of the professorial team at the Institute of Natural Sciences. Appointed to Applied Mathematics, she brings particular expertise in modelling and simulation. The mathematical description of engineering problems and their implementation in source code runs like a common thread through her career.

For many years, she has worked successfully at the interface between academia and practice, combining theoretical knowledge with practical application. Even during her time in industry, she was actively involved in designing projects for students.

Her passion for teaching is reflected in continuous knowledge transfer and open dialogue with young people. Those who work with her benefit from in-depth expertise, interdisciplinary thinking and a genuine enthusiasm for developing solutions together.

You can best reach me by email at sabrina.gippert@hs-ruhrwest.de.

• Fundamentals of Engineering Mathematics (Bachelor’s degree programmes in Computer Science)
• Mathematics of Functional Safety (Master’s degree programme in Safety Engineering)

I offer

• Technical final theses with a focus on mathematics
• Mathematics-focused final theses with an applied focus in Computer Science
   

1. Sabrina Gippert, Barbara Guyet und Anna Telaar. train4math - Vorstellung
   eines Selbstlernraums basierend auf dem HM4mint. Techn.
   Ber. Fachbereich 4 - Institut Naturwissenschaften, 2025
2. Johannes Martens, Sabrina Gippert, Gerd Frieling und Gesellschaft für
   Anlagen- und Reaktorsicherheit (GRS) gGmbH Köln (Germany). Validation
   and further development of modeling of release scenarios with
   unconventional explosive and incendiary devices (IEDs) using CFD programs
   with the goal of transferability of the methods to complex applications.
   Final report. Techn. Ber. Dez. 2024.
3. Kai Bauerbach, Sabrina Gippert, Pascalis Grammenoudis und Thomas
   Schmidt. Betriebsbegleitende Lebensdauerüberwachung kriechbeanspruchter
   Kraftwerksrohrleitungssysteme. Conference Paper, 32. FDBRFachtagung
   Rohrleitungstechnik, Magdeburg. 2017.
4. Sabrina Gippert, Axel Klawonn und Oliver Rheinbach. „A Deflation Based
   Coarse Space in Dual-Primal FETI Methods for Almost Incompressible
   Elasticity“. In: Numerical Mathematics and Advanced Applications
   - ENUMATH 2013. Hrsg. von Assyr Abdulle, Simone Deparis, Daniel
   Kressner, Fabio Nobile und Marco Picasso. Cham: Springer International
   Publishing, 2015, S. 573–581. isbn: 978-3-319-10705-9.
5. Sabrina Gippert. „Domain Decomposition Methods for Elastic Materials
   with Compressible and Almost Incompressible Components“. en.
   Diss. Feb. 2013. url: https://duepublico2.uni-due.de/receive/
   duepublico_mods_00030084.
6. Sabrina Gippert, Axel Klawonn und Oliver Rheinbach. „FETI-DP for
   Elasticity with Almost Incompressible Material Components“. In: Domain
   Decomposition Methods in Science and Engineering XX. Hrsg. von
   Randolph Bank, Michael Holst, Olof Widlund und Jinchao Xu. Berlin,
   Heidelberg: Springer Berlin Heidelberg, 2013, S. 353–360. isbn: 978-3-
   642-35275-1.
7. Sabrina Gippert, Axel Klawonn und Oliver Rheinbach. „Analysis of
   FETI-DP and BDDC for Linear Elasticity in 3D with Almost Incompressible
   Components and Varying Coefficients Inside Subdomains“. In:
   SIAM Journal on Numerical Analysis 50.5 (2012), S. 2208–2236. doi:
   10.1137/110838315. eprint: https://doi.org/10.1137/110838315.
   url: https://doi.org/10.1137/110838315.

Member of the Examination Board