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Numerische Fluiddynamik
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  - Prof. Dr. rer. nat. Julius Reiss
  - Erica Antonelli
  - Roswitha Koskinas
  - Dr.-Ing. Mathias Lemke
  - Dr.-Ing. Thomas Engels
  - Mario Sroka
  - Pascal Seeler
  - Sophie Knechtel
  - Philipp Krah
  - Sonja Hoßbach
  - Sophie Knechtel
  - Christian Westphal
  - Lars Oergel
  - Dr. Wolfgang Wiese
  - Prof. Dr. sc. techn. habil. Jörn Sesterhenn
  - Dr.-Ing. Juan José Peña Fernández
  - Dr. rer. nat. Lewin Stein
  - Elias Büchner
  - Gabriele Camerlengo
  - Laurent Bernier
  - Sergio Bengoechea Lozano
  - Steffen Nitsch
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Study and Teaching

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Philipp Krah (M.Sc.)

: © Philipp Krah

Philipp.Krah@tnt.TU-Berlin.DE
+49 (0)30 314 26283 (Tel)
+49 (0)30 314 22638 (Fax)

Office: VWS 114
Post: TU-Berlin, Sekr. MB1
Müller-Breslau-Straße 15
10623 Berlin

Research

Research Interests:

High-performance computing
Numerical methods in mathematical physics
Model reduktion in fluid dynamics
Wavelet adaptive simulations and methods

Projekte:

Continuum limit of the SU(3) Yang Mills theory, HLRN-Projekt
(2016 - 2017)
Project P13 – Reduced model based optimization for flows with shocks, DAEDALUS graduate school,
(2019 - 2021)

Scientific Contributions

Sroka, M., Engels, T., Krah, P., Mutzel, S., Schneider, K. and Reiss, J. (2019). An Open and Parallel Multiresolution Framework Using Block-Based Adaptive Grids. Active Flow and Combustion Control 2018. Springer International Publishing, 305–319.

Husung, N., Koren, M., Krah, P. and Sommer, R. (2018). SU(3) Yang Mills theory at small distances and fine lattices. Proceedings, 35th International Symposium on Lattice Field Theory (Lattice 2017): Granada, Spain, June 18-24, 2017, 14024.

researchgate

GitHub Repositories