Since 2012: Mathematics lessons for the development of simulations at ISAE/SupAero (first-year master): Finite Volume, Finite Element, Finite Difference, Riemann solver, strong and weak solution...
2011-2015: CFD lessons for engineer students at SupAero (Master level): Introduction to the Navier Stokes equations in the continuous regime (triangle of conception, ODE and PDE, hyperbolic...)
2011-2015: CFD lessons for engineer students at SupAero (Master level): Techniques for building a mesh (Cartesian, unstructured, and structured)
Professional training
Since 2017: Lecturer for CERFACS training session on the JAGUAR solver. Course on high-order spectral discontinuous methods.
2014-2017: Responsible and lecturer for CERFACS training session entitled Fundamentals to understand and analyze high fidelity compressible Large Eddy Simulation. Introduction of CFD, meshing techniques. Focus on schemes for LES, including aeroacoustics and shock treatment.
2008-2011: CFD lessons for engineering students at SupAero (second year)
2006: Intern course on Turbulence for Reentry at CEA.
Invited conferences for students
Quelques interactions entre les mathématiques appliquées et la Computational Fluid Dynamics pour les applications industrielles, Seminar for students of SupAero Engineer School, Toulouse, France, February 13th, 2013.
On some interactions between Mathematics and CFD, Seminar for students working on Applied Mathematics, Université de Nantes, France, January 20th, 2012.
In-depth studies during scholarship
E. Espinasse and S. Gerier, Improving function approximation for a numerical solver, INSA Toulouse, 2020.
S. Barrasa-Ramos, J-B. Fourtout, T. Maes, L. Reboul, and P. Seize, Analyse de schémas numériques d'intégration temporelle pour les simulations aux grandes échelles avec des méthodes spectrales discontinues d'ordre élevé, PIE Supaero, 2019.
E. Greslin, E. Heulhard De Montigny, J. Bain, V. Blanchard, Analysis of several diffusion schemes for the spectral difference method, SXS, 2018.
W. Hambli, L. Ma, R. Pile, G. Raze and A. Schmalzried, Development and validation of a high-order solver based on the Direct Flux Reconstruction method, SupAero, SXS, 2017.
I. Ben Hassan Saidi, J. Deville, P.-E. Henry, M.-Y. Letaief, S. Ouhamou, and E. Spieser, Aeroacoustics simulations using the Spectral Difference Method, SupAero, SXS, 2016.
M. Chamand and P. Travacca, Application of a high order solver for the simulation of the flow around a cylinder, SupAero, Aero, 2015.
L. Jecker and M. Gibelin, Analysis of the spectral difference method on triangle, SupAero, Aero, 2015.
P. Ventura Diaz and D.-G. Caprace, Analysis and application of a high order solver on NACA0012 test cases, SupAero, Aero, 2015.
V. Tissot and P. Penet, Implementation of Spalart-Allmaras turbulence model in a cell-centered finite volume CFD code prototype, SupAero, Aero, 2014.
P. Gueye and G. Wissocq, Implementation of the NSCBC outflow condition in a Spectral Difference Navier-Stokes prototype and application to simple aeroacoustic test-cases, SupAero, Aero, 2014.
J. Bonnici and C. Sommariva, Implementation of classical conditions in a Spectral Difference Navier-Stokes prototype, SupAero, Aero, 2014.
N.A.K. Doan, C. Ortega-Absil and N. Abderrahaman, Numerical analysis and implementation of a heat equation solver based on spectral difference, SupAero, Complex Systems, 2014.
J. Vanharen, Numerical analysis of diffusion schemes based on least-square reconstruction in a Navier-Stokes CFD prototype, SupAero, Aero, 2013.
H. Montanelli, Implementation of a matrix-free GMRES solver in an Euler CFD prototype based on a Finite Volume approach, SupAero, Aero, 2013.
P. Cantin and E. Toomey, Implementation of Jameson Schmidt Turkel convection scheme in an Euler CFD prototype based on a Finite Volume approach, SupAero, Aero, 2013.
A. Massi and A. Fiumara, Polar computation with elsA, SupAero, Aero, 2012.
M. Kuzmin, Implementation of an edge-based diffusion scheme in a Navier-Stokes CFD prototype, SupAero, Aero, 2012.
I. Cardenas-Sanchez, Implementation of a diffusion scheme based on a diamond path in a Navier-Stokes prototype, SupAero, 2012.
Students for Master thesis
L. Chan, Contribution to mesh adaptation of hypersonic laminar flows of atmospheric reentry, Msc training for ISAE/SupAero, 2024. Co-advised with M. De La Llave Plata, F. Alauzet.
J. Mazaleyrat, An original high-order accurate and polynomial scheme with finite volume method for fluid-interface problems using the level-set method, MSc training for Polytech Marseille, ONERA, 2023. Advised by D. Zuzio and J-L. Estivaleses, co-advised by myseld.
A. Schotte, Anisotropic mesh adaptation for laminar flows during reentry, MSc training for ISAE/SupAero, ONERA, 2023. Co-advised with M. De La Llave Plata, F. Alauzet, and C. Tarsia Morisco.
P. Petroso, Analysis of a new diffusion scheme for the solver MoDeThec, MSc training for ISAE/SupAero, ONERA, 2022. Co-advised with M. De La Llave Plata and N. Dellinger.
S. Hirsch, A new spectral difference formulation compatible with shocks, MSc training for ENSTA, ONERA, 2021. Co-advised with H. Deniau.
F. Bousquet, Application of Spectral Difference Method for a multi-species reactive flow on high-order and unstructured mesh, MSc training for ISAE-ENSMA, ONERA, 2020. Co-advised with H. Deniau.
P. Seize, Analysis of advanced methods for solving the linear system in time-implicit CFD codes, MSc training for ISAE-SupAero, ONERA, 2019.
P. Van Maris, Extension of a Discontinuous Spectral Approach to Reactive Navier-Stokes equations including shocks, MSc training for ENSEEIHT, ONERA, 2019. Co-advised with H. Deniau.
N. Lombard, Extension de la librairie de post-traitement ANTARES aux solutions très précises obtenues avec le solveur JAGUAR, first master year period, INP ENSE3 and CERFACS, 2017.
B. Taleuan, Evaluation of the JAGUAR solver, first master year period, ENSEEIHT and CERFACS, 2016. Co-advised with J.-F. Boussuge.
W. Stachura, Extension of the spectral difference method to handle shocks and strong gradients, MSc training for Université de Nantes and CERFACS, 2016. Co-advised with B. Cuenot and J-F. Boussuge.
W. Hamri, Evaluation of the JAGUAR solver, first master year period, ENSEEIHT and CERFACS. Co-advised with J.-F. Boussuge, 2015.
L. Muscat, Analysis and extension of the Lattice-Boltzmann approach to high-speed flows, MSc training for ENSEEIHT and university of Toulouse, 2015. Co-advised with C. Coreixas, J-C. Jouhaud and J-F. Boussuge.
V. Joncquieres, Analysis of the Spectral Difference method for combustion simulations, MSc training for ENSEEIHT and university of Toulouse, 2015. Co-advised with B. Cuenot.
M. Lemesle, Analysis of several extensions for the spectral difference method to handle discontinuity, MSc training for Université de Nantes and CERFACS, 2014. Co-advised with N. Villedieu.
N. Dewidehem, Validation of JAGUAR on basic aeroacoustic test cases, Master 1 training, 2014. Co-advised with N. Villedieu.
A. Cassagne, Implémentation multi GPU de la méthode spectral difference pour un code de CFD, training, 2013. Co-advised with N. Villedieu and J-F. Boussuge.
I. Marter, Handling different h and p refinements in the framework of spectral difference method, MSc training for Université de Pau et des Pays de L'Adour, 2013. Co-advised with N. Villedieu.
J. Vanharen, Theoretical and numerical analysis of block interfaces with mismatched nodes. Emphasis on unsteady flows, MSc training for ISAE SupAero, 2013.
A. Genot, Analyse de l'efficacité du code Spectral Difference JAGUAR sur machine parallèle, Master 1 training, 2013. Co-advised with N. Villedieu and J-F. Boussuge.
M. Kuzmin, Spectral difference method for the Euler equations on unstructured grids, MSc training for ISAE SupAero, 2012. Advised at 80% and co-advised with H. Deniau and P. Cayot.
P. Cayot, Towards LES on hybrid grids with elsA, MSc training for INSA, 2011.
W. Mahmoudi, Analysis of clocking effects in turbomachinery with the harmonic balance technique in elsA, MSc training for Université Pierre et Marie Curie, 2009.
M. Devilliers, Towards a hybrid structured/unstructured block interface treatment, MSc training for Université de Toulouse, 2008.
P. Rauschenberger, Implementation in elsA and validation of the harmonic balance technique with several frequencies, MSc training for ISAE Ensica 2008.
M. Boger, Implementation of a gas-kinetic BGK solver in the elsA code, MSc training for ISAE Ensica, 2008. Advised at 30% and co-advised with H. Deniau.
A. Fosso-Pouangué, Implementation of a hybrid mesh technique in elsA. Study of diffusion schemes., MSC training for Université de Toulouse, 2007.
E. Germaine, Implementation of wall functions for LES in elsA., MSc training for SupAero school, 2007. Co-advised with J-C. Jouhaud.
V. Arrecgros, Implementation and validation of an alternative turbulence model with good mathematical properties, research MSc for Université de Bordeaux (DEA), 2005.
V. Arrecgros, Validation of the implementation of the k-omega turbulence model in THOT-2D solver, MSc for Université de Bordeaux (DESS), 2005.
O. Frayssinet, A new database for rough wall elements including real gas effects, MSc training for Mines de Nancy, 2004.
D. Lizarazu, Implementation and validation of wall functions for steady and unsteady flows in elsA, MSc training for MatMeca, 2002.