Computational Fluid Dynamics

basque center for applied mathematics

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Jarduerak
- Mintegiak
- Tailerrak
- Mahai-inguruak
- Ikastaroak
- Bestelakoak
  - M4temozioa
    - 2013
    - 2012
  - LATA 2013
  - MPE 2013
Ikerketa
- Ikerketa Esparruak
  - DCN
    - PDE
    - APDE
    - KE
    - DS
  - CM
    - NA
    - CFD
    - CT
  - MSCS
    - MBMS
    - MSMN
    - MNEF
  - SOR
    - NET
    - QF
- ERC Proiektuak
  - Numeriwaves
- Argitalpenak
- Simulazioak
- Lan Eskaintzak
- Egonaldiak
Pertsonak
Zentroa

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We aim to develop application-oriented computational fluid dynamics (CFD) methods and simulation software.

Accordingly, our objective is to meet important industrial requirements such as accuracy, efficiency, robustness, and geometric flexibility. Our current focus is on turbomachinery applications, but since our developed methods are targeted to be universal we are planning to apply our tools to various kinds of fluid dynamics problems.

Vorticity contours for discontinuous Galerkin simulation of von Karman vortex street behind a circular cylinder

1st-order approach (P1-elements)

4th-order approach, (P3-elements)

Goal: Develop novel, advanced numerical methods and simulation tools for various kinds of fluid dynamic problems.
Method: Combine best problem-oriented physical models (RANS, LES/DES), best numerical approaches (finite difference/volume, discontinuous Galerkin, spectral difference), best computer science techniques (C++, massively parallel MPI, GPUs, etc.).