References

Fournier Y.  2020.  Massively Parallel Location and Exchange Tools for Unstructured Meshes. International Journal of Computational Fluid Dynamics. 34:549–568.

• Google Scholar
• BibTeX

Lorendeau B.  2019.  Amélioration des performances via un parallélisme multi-niveaux en maillage sur un code de CFD en maillages non structurés.

• Google Scholar
• BibTeX

Flageul C, Tiselj I, Benhamadouche S, Ferrand M.  2019.  A Correlation for the Discontinuity of the Temperature Variance Dissipation Rate at the Fluid-Solid Interface in Turbulent Channel Flows. {Flow, Turbulence and Combustion}.

• Google Scholar
• BibTeX

Ribes A, Terraz T, Iooss B, Fournier Y, Raffin B.  2019.  Large scale in transit computation of quantiles for ensemble runs.

• Google Scholar
• BibTeX

Bahlali M.  2018.  Adaptation of the hybrid Eulerian/Lagrangian stochastic model of the CFD code Code_Saturne to pollutant atmospheric dispersion at the micro-meteorological scale and comparison with the Eulerian method.

• Google Scholar
• BibTeX

Jeannot E, Fournier Y, Lorendeau B.  2018.  Experimenting task-based runtimes on a legacy Computational Fluid Dynamics code with unstructured meshes. Computers and Fluids. 173:51-58.

• Google Scholar
• BibTeX

Bonelle J, Fournier Y, Moulinec C.  2018.  New Polyhedral Discretisation Methods applied to the Richards Equation: CDO Schemes in Code Saturne.

• Google Scholar
• BibTeX

Fournier Y, Jeannot E, Lorendeau B.  2017.  Experiments with multi-level parallelism runtimes on a CFD code with unstructured meshes. ParCFD 2017 - 29th International Conference on Parallel Computational Fluid Dynamics.

• Google Scholar
• BibTeX

Tonello N., Ferrand M., Fournier Y..  2017.  Implementation of a drift flux multiphase model fo 3D draft cooling tower simulations in Code_Saturne. 18th IARH International Conference on Cooling Tower and Air Cooled Heat Exchanger.

• Google Scholar
• BibTeX

Terraz T, Ribes A, Fournier Y, Iooss B, Raffin B.  2017.  Melissa: Large Scale In Transit Sensitivity Analysis Avoiding Intermediate Files. The International Conference for High Performance Computing, Networking, Storage and Analysis (Supercomputing).

• Google Scholar
• BibTeX

Anzt H, Baboulin M, Dongarra JJ, Fournier Y, Hülsemann F, Khabou A, Wang Y.  2016.  Accelerating the Conjugate Gradient Algorithm with GPUs in CFD Simulations. VECPAR 2016 - 12th International Meeting on High Performance Computing for Computational Science.

• Google Scholar
• BibTeX

Wald J-F.  2016.  Adaptive wall treatment for a second moment closure in the industrial context.

• Google Scholar
• BibTeX

Cantin P.  2016.  Approximation of scalar and vector transport problems on polyhedral meshes.

• Google Scholar
• BibTeX

Terraz T, Raffin B, Ribes A, Fournier Y.  2016.  In Situ Statistical Analysis for Parametric Studies. In Situ Infrastructures for Enabling Extreme-scale Analysis and Visualization (ISAV2016).

• Google Scholar
• BibTeX

Marinova V., Kerroumi I., Lintermann A, Göbbert JHenrik, Moulinec C., Rible S., Fournier Y., Behbahani M..  2016.  Numerical Analysis of the FDA Centrifugal Blood Pump. NIC Symposium 2016.

• Google Scholar
• BibTeX

Cantin P., Ern A..  2016.  Vertex-based Compatible Discrete Operator schemes on polyhedral meshes for advection-diffusion equations. Computational Methods in Applied Mathematics. 16(2):187-212.

• Google Scholar
• BibTeX

Cantin P., Bonelle J., Burman E., Ern A..  2016.  A vertex-based scheme on polyhedral meshes for advection–reaction equations with sub-mesh stabilization. Computers & Mathematics with Applications. 72(9):2057-2071.

• Google Scholar
• BibTeX

Bonelle J., Ern A..  2015.  Analysis of Compatible Discrete Operator Schemes for the Stokes Equations on Polyhedral Meshes. IMA J. Numer. Anal..

• Google Scholar
• BibTeX

Tabet F., Fichet V., Plion P..  2015.  A comprehensive CFD based model for domestic biomass heating systems. Journal of the Energy Institute.

• Google Scholar
• BibTeX

Bonelle J., Di Pietro D.A, Ern A..  2015.  Low-order reconstruction operators on polyhedral meshes: application to compatible discrete operator schemes. Computer Aided Geometric Design. 35-36:27-41.

• Google Scholar
• BibTeX

Martin X.  2015.  Modélisation d'écoulements fluides en milieu encombré d'obstacles.

• Google Scholar
• BibTeX

Chahine A., Matharan P., Wendum D., Musson-genon L., Bresson R., Carissimo B..  2015.  Modelling atmospheric effects on performance and plume dispersal from natural draft wet cooling towers. Journal of Wind Engineering and Industrial Aerodynamics. 136:151-164.

• Google Scholar
• BibTeX

Jones A, Utyuzhnikov S.  2015.  A near-wall domain decomposition approach in application to turbulent flow in a diffuser. Applied Mathematical Modelling.

• Google Scholar
• BibTeX

Fournier Y, Bonelle J, Le Coupanec E, Ribes A, Lorendeau B, Moulinec C.  2015.  Recent and Upcoming Changes in Code_Saturne: Computational Fluid Dynamics HPC Tools Oriented Features. Fourth International Conference on Parallel, Distributed, Grid and Cloud Computing for Engineering.

• Google Scholar
• BibTeX

Han X, Morgans AS.  2015.  Simulation of the flame describing function of a turbulent premixed flame using an open-source LES solver. Combustion and Flame. 162(5):1778-1792.

• Google Scholar
• BibTeX