Section: Dissemination

Teaching - Supervision - Juries

Teaching

• Master's degree (M2) - E. Godlewski and J. Sainte-Marie, Models and numerical methods for free surface flows, 20 hours (lectures), Univ. Pierre et Marie Curie Paris 6

• Master's degree (M2) - C. Guichard, Numerical methods for nonstationary PDEs, 18 hours (example and programming classes), Univ. Pierre et Marie Curie Paris 6

• Master's degree (M2) - A. Mangeney and J. Sainte-Marie, Modélisation des écoulements gravitaires et tsunamis, 40 hours (lectures and programming classes), Univ. Paris Diderot Paris 7, IPGP

• Engineering school (2nd year) - E. Audusse, Hyperbolic systems, 30 hours (lectures), Univ. Paris 13

• Master's degree (M1) - C. Guichard, Basis of numerical methods, 63 hours (programming classes), Univ. Pierre et Marie Curie Paris 6

• Master's degree (M1) - A. Mangeney and J. Sainte-Marie, Dynamique des écoulements gravitaires et tsunamis, 40 hours (lectures and programming classes), Univ. Paris Diderot Paris 7, IPGP

• Master's degree (M1) - N. Seguin, Mathematics, Numerical Analysis and Algorithmics, 72 hours (lectures, example and programming classes), Univ. Nantes

• Bachelor's degree (L3) - N. Aïssiouene, Numerical methods for linear systems with Scilab, 36 hours (example classes), Univ. Pierre et Marie Curie Paris 6

• Engineering school (1st year) - E. Audusse, Numerical analysis for differential equations, 30 hours (example classes), Univ. Paris 13

• Bachelor's degree (L3) - C. Guichard, Numerical linear algebra, 72 hours (example and programming classes), Univ. Pierre et Marie Curie Paris 6

• Bachelor's degree (L3) - M. Parisot, Hilbert analysis, 30 hours (lectures and example classes), Univ. Pierre et Marie Curie Paris 6

• Bachelor's degree (L3) - N. Seguin, Mathematics for engineers, 37 hours (lectures and example classes), Univ. Nantes

• Bachelor's degree (L2) - E. Audusse, Scientific computing, 36 hours (lectures), Univ. Paris 13

• Engineering school (1st year) - Y. Penel, Partial Differential Equations, 15 hours (example classes), École Centrale Paris

• Bachelor's degree (L2) - Y. Penel, Integration in 2 and 3 dimensions, 42 hours (lectures and example classes), Univ. Pierre et Marie Curie Paris 6 and Station Biologique Marine de Roscoff

• Bachelor's degree (L1) - E. Nayir, Mathematics, 72 hours (example classes), Univ. Pierre et Marie Curie Paris 6

• Bachelor's degree (L1) - F. Wahl, Calculus, 18 hours (example classes), Univ. Pierre et Marie Curie Paris 6

E. Godlewski is the head of the “Mathematics for Industry” M.Sc. program of Univ. Pierre et Marie Curie Paris 6. We mention that E. Audusse is the deputy director of the “Applied Mathematics and Scientific Computing” program of the SupGalilee engineering school.

Supervision

• PostDoc in progress - Pierre-Olivier Lamarre, Optimization of the hydrodynamic regime in a raceway and lagrangian trajectories of algae, supervised by J. Sainte-Marie (in collaboration with O. Bernard, BIOCORE), from Nov. 2015

• PostDoc in progress - Erica Schwindt, Data assimilation for an advection/diffusion equation, supervised by J. Sainte-Marie (in collaboration with M. Boulakia, REO), from Sept. 2015

• PostDoc - Vivien Desveaux, Méthodes d'assimilation de données dans le cadre de la surveillance des agressions biologiques et chimiques, supervised by J. Sainte-Marie (in collaboration with M. Boulakia, REO), until Aug. 2015

• PhD in progress - Nora Aïssiouene, Derivation and analysis of a non-hydrostatic Shallow water type model, Univ. Pierre et Marie Curie Paris 6 (Inria grant), supervised by E. Godlewski and J. Sainte-Marie, from 2013

• PhD in progress - Vincent Bachelet, Granular flows and generated acoustic waves: a laboratory investigation, Institut de Physique du Globe (Univ. Paris 7), supervised by A. Mangeney (in collaboration with J. De Rosny and R. Toussaint), from 2015

• PhD in progress - Tim Borikov, Physical processes at play in Martian landslides, Institut de Physique du Globe (Univ. Paris 7), supervised by A. Mangeney (in collaboration with D. Mège), from 2012

• PhD in progress - Do Minh Hieu, Analyse mathématique et schémas volumes finis pour la simulation des écoulements quasi-géostrophiques à bas nombre de Froude, Univ. Paris 13, supervised by E. Audusse and Y. Penel (in collaboration with S. Dellacherie and P. Omnes), from 2014

• PhD in progress - Dena Kazerani, Simulation et modélisation de problèmes à frontière libre, Univ. Pierre et Marie Curie Paris 6, supervised by N. Seguin (in collaboration with P. Frey and C. Audiard), from 2013

• PhD in progress - Hélène Miallot, Numerical modelling of landquakes, Institut de Physique du Globe (Univ. Paris 7), supervised by A. Mangeney (in collaboration with Y. Capdeville), from 2015

• PhD in progress - Clément Mifsud, Analyse et approximation des systèmes de Friedrichs : application à la modélisation de l'élastoplasticité, Univ. Pierre et Marie Curie Paris 6, supervised by N. Seguin (in collaboration with J.-F. Babadjian and B. Després), from 2013

• PhD in progress - Ethem Nayir, Approximation multi-vitesse des équations de Navier-Stokes hydrostatiques: Analyse mathématique et simulations numériques, Univ. Pierre et Marie Curie Paris 6, supervised by E. Audusse, Y. Penel and J. Sainte-Marie, from 2014

• PhD in progress - Amandine Sergeant-Boy, Detection and characterisation of seismic sources generated by glaciers: numerical modelling and analysis of seismic waves, Institut de Physique du Globe (Univ. Paris 7), supervised by A. Mangeney (in collaboration with J.-P. Montagner, E. Stutzmann and O. Castelnau), from 2013

• PhD - Maxime Farin, Analysis of the seismic signal generated by laboratory granular flows, Institut de Physique du Globe (Univ. Paris 7), supervised by A. Mangeney (in collaboration with R. Toussaint and J. de Rosny), until Mar 2015

• PhD - Jannes Kinscher, Analysis of seismicity in quarries, Institut de Physique du Globe (Univ. Paris 7), supervised by A. Mangeney (in collaboration with P. Bernard and I. Contrucci), until Feb 2015

• PhD - Philippe Ung, Simulation, modélisation et analyse numérique pour le transport sédimentaire, Univ. Orléans (EDF–CNRS grant), supervised by E. Audusse and Y. Penel (in collaboration with S. Cordier), until Dec 2015

• M2 internship - Pauline Le Bouteiller, Ecoute sismique et analyse statistique des éboulements sur le Piton de la Fournaise, Ecole des Mines, supervised by A. Mangeney, Summer 2015

• M2 internship - Hugo Martin, Modélisation et simulation d'un fluide partiellement à surface libre, Univ. Pierre et Marie Curie Paris 6, supervised by C. Guichard, M. Parisot and J. Sainte-Marie, Summer 2015

• M2 internship - Jean-Luc Ralaiarisoa, Ecoute sismique et analyse statistique des tremblements de terre liés au vêlage d'icebergs au Groenland, IPGP, supervised by A. Mangeney, Summer 2015

• M2 internship - Fabien Wahl, Simulations de tsunamis à l'aide d'un modèle non-hydrostatique, Univ. Pierre et Marie Curie Paris 6, supervised by A. Mangeney and J. Sainte-Marie, Summer 2015

Juries

• Feb, PhD - A. Mangeney (referee): Noe Bernabeu (Univ. Grenoble, Modélisation multi-physique des écoulements viscoplastiques: application aux coulées de lave volcaniques)

• Apr, PhD - J. Sainte-Marie: Xavier Lhébrard (Univ. Paris-Est, Analyse de quelques schémas numériques pour des problèmes de shallow water)

• May, HdR - A. Mangeney (referee): Yves Le Gonidec (Institut de Physique de Rennes, Propagation, imagerie et monitoring acoustiques : développements méthodologiques et expérimentaux pour des systèmes complexes en géosciences)

• May, PhD - J. Sainte-Marie (referee): Sébastien Barthélemy, (Univ. Toulouse, Ensemblist data assimilation and 1D-2D hydraulic model coupling for real-time flood forecasting. Application to the "Adour maritime" hydraulic network)

• Aug, PhD - A. Mangeney (referee): Franzisca Dammeier (ETH Zurich, Seismic characterization of rockslides using existing regional networks)

• Aug, PhD - A. Mangeney (referee): Belinda Bates (EPF Lausanne, Basal Entrainment by Geophysical Gravity Currents: An Experimental Fluid Dynamics Approach)

• Oct, PhD - A. Mangeney (referee): Aurore Carrier (IsTerre Chambéry, Endommagement et processus non-linéaires au sein d'un édifice volcanique pressurisé)

• Dec, HdR - E. Godlewski: C. Cancès (Univ. Pierre et Marie Curie, Analyse mathématique et numérique d'équations aux dérivées partielles issues de la mécanique des fluides : application aux écoulements en milieux poreux)

• Dec, PhD - A. Mangeney (referee): Jordane Mathé (Univ. Blaise Pascal, Clermont-Ferrand, Modélisation d'écoulements gravitaires fluidisés et application à la volcanologie)

• Dec, PhD - N. Seguin: Matthias Mimault (Univ. Nice–Sophia Antipolis, Lois de conservation pour la modélisation des mouvements de foule)