Section: Dissemination

Teaching - Supervision - Juries

The members of the project-team have taught the following courses:

• Licence: Outils mathématiques pour l'ingénieur, 15h, L3, École des Ponts (E. Cancès, V. Ehrlacher, M. Josien, F. Legoll, T. Lelièvre),

• Licence: Analyse et calcul scientifique, 30h, L3, École des Ponts (G. Ferré, A. Levitt, M. Josien, G. Stoltz),

• Licence: Projet de 1ère Année, 6h, L3, École des Ponts (J. Roussel, P. Terrier),

• Licence: Mathématiques, 36h, L1, Université Paris Dauphine (G. Ferré, J. Roussel),

• Licence: Optimisation, 15h, L3, École des Ponts (A. Levitt),

• Licence: Équations aux dérivées partielles et éléments finis, 15h, L3, École des Ponts (F. Legoll, A. Levitt),

• Licence: Méthodes numériques pour les problèmes en grande dimension, 17h30, L3, École des Ponts (V. Ehrlacher, S. Boyaval),

• Licence: Maths 1 et 2, 9h, L3, École des Mines (G. Stoltz),

• Licence: méthodes pour la grande dimension, L3, École des Ponts (V. Ehrlacher 10h, S. Boyaval 5h),

• Licence: hydraulique numérique, 15h, L3, École des Ponts (S. Boyaval),

• Master: Modéliser Programmer Simuler, 28 h, M1, École des Ponts (T. Lelièvre),

• Master: Analyse variationnelle des équations aux dérivées partielles, 32h, École Polytechnique (T. Lelièvre),

• Master: Aléatoire, 32h, École Polytechnique (T. Lelièvre),

• Master: Simulation moléculaire, 6h, UVSQ (T. Lelièvre, G. Stoltz),

• Master: Analyse de Fourier, 15h, M1, École des Ponts (V. Ehrlacher, A. Levitt, G. Stoltz),

• Master: Partial differential equations, 21h, M1, École des Ponts (E. Cancès),

• Master: Control of dynamical systems, 16h, M1, École Polytechnique (E. Cancès),

• Master: Projet du département IMI, 12h, M1, École des Ponts (J. Roussel, G. Ferré),

• Master: Analyse spectrale et application aux Équations aux dérivées partielles, 36h, M1, École des Ponts (F. Legoll, V. Ehrlacher),

• Master: Spectral theory and variational methods, 10h, M2, UPMC (E. Cancès),

• Master: Méthodes de quantification des incertitudes en ingénierie, 18h, M2, École des Ponts (V. Ehrlacher),

• Master: Simulation moléculaire en sciences des matériaux, 6h, M1, École des Ponts (V. Ehrlacher),

• Master: Introduction to computational statistical physics, 20h, M2, UPMC (G. Stoltz),

• Master: Méthodes numériques probabilistes, 36 h, M2, UPMC (T. Lelièvre),

• Master: Problèmes multiéchelles, aspects théoriques et numériques , 20h, M2, UPMC (F. Legoll).

The following Habilitation thesis has been defended in the group at École des Ponts:

• Sébastien Boyaval, Topics in the numerical modelling of flows, Université Paris-Est, defended on December 21 2017.

The following PhD theses have been defended in the group at École des Ponts:

• Athmane Bakhta, Modélisation and simulation for photovoltaic applications, Université Paris-Est, École des Ponts, defended on December 19th, 2017, supervised by E. Cancès and T. Lelièvre, co-supervised by V. Ehrlacher,

• Gérôme Faure, Multiscale methods for the simulation of shock and detonation waves, Université Paris-Est, École des Ponts and CEA/DAM, defended on November 29th 2017, supervised by G. Stoltz and J.-B. Maillet (CEA/DAM),

• Alessandra Iacobucci, Nonequilibrium steady-states of rotor and oscillator chains, defended on October 20th 2017, University Paris Dauphine, supervised by S. Olla (Dauphine) and G. Stoltz,

• Henri Louvin, Development of adaptive variance reduction methods for Monte Carlo particle transport, Ecole Doctorale PHENIICS, defended on October 12th, supervised by Check Diop (CEA) and T. Lelièvre,

• Boris Nectoux, Spectral analysis and semi-classical analysis for metastability in molecular dynamics, Université Paris-Est, École des Ponts, defended on November 20th, supervised by T. Lelièvre and E. Cancès.

The following PhD theses are ongoing in the group at École des Ponts:

• Amina Benaceur, Thèse CIFRE EDF, started January 1st, 2016, supervised by A. Ern, co-supervised by V. Ehrlacher, in collaboration with G. Blatman (EDF) and S. Meunier (EDF),

• Lingling Cao, Mathematical analysis of models of thermo-electronic transport, Université Paris-Est, École des Ponts, started November 1st, 2016, supervised by E. Cancès and G. Stoltz,

• Rafaël Coyaud, Méthodes numériques déterministes et stochastiques pour le transport optimal, Université Paris-Est, École des Ponts, started October 1st, 2017, supervised by A. Alfonsi and co-supervised by V. Ehrlacher,

• Qiming Du, Mathematical analysis of splitting methods, École Doctorale Sciences Mathématiques de Paris Centre, started September 1st, 2016, supervised by A. Guyader (UPMC) and T. Lelièvre,

• Grégoire Ferré, Efficient sampling methods for nonequilibrium systems, Université Paris-Est, École des Ponts started October 1st, 2016, supervised by G. Stoltz,

• Marc Josien, Multiscale approaches for materials science, started September 1st, 2015, supervised by C. Le Bris,

• Sofiane Martel, Modélisation de la turbulence par mesures invariantes d'EDPS, Université Paris-Est, École des Ponts, started January 1st, 2017, supervised by S. Boyaval and co-supervised by J. Reygner (CERMICS),

• Julien Roussel, Variance reduction techniques for nonequilibrium systems, Université Paris-Est, École des Ponts, started September 1st, 2015, supervised by G. Stoltz,

• Pierre-Loïk Rothé, Numerical methods for the estimation of fluctuations in multi-scale materials and related problems, started October 1st, 2016, supervised by F. Legoll,

• Mouad Ramil, Metastability for interacting particle systems, started October 1st 2017, supervised by T. Lelièvre and J. Reygner (CERMICS),

• Laura Silva Lopes, Rare event simulation and applications to biological systems, started October 1st, 2016, supervised by J. Hénin (IBPC) and T. Lelièvre,

• Sami Siraj-Dine, Modélisation mathématique des matériaux 2D, École des Ponts, started October 2017, supervised by E. Cancès, C. Fermanian and co-supervised by A. Levitt,

• Pierre Terrier, Reduced models for defect migration in metals, Université Paris-Est, École des Ponts and CEA Saclay, started September 1st, 2015, supervised by G. Stoltz and M. Athènes (CEA).

Project-team members have participated in the following PhD juries:

• S. Boyaval, PhD of Riad Sanchez (“Application des techniques de bases réduites à la simulation des écoulements poreux”), defended at IFPEN in December 2017,

• E. Cancès, PhD of Geneviève Dusson, defended at UPMC in October 2017,

• E. Cancès, PhD of Chaoyu Quan, defended at UPMC in November 2017,

• V. Ehrlacher, PhD of Xianglong Duang (“Transport optimal et diffusion de courants”), defended at Université Paris-Saclay in September 2017,

• V. Ehrlacher, PhD of Eleonora Musharbash (“Dynamical Low Rank approximation for PDEs with random parameters”), defended at EPFL in May 2017,

• V. Ehrlacher, PhD of Julien Ricaud (“Symétrie et brisure de symétrie pour certains problèmes non linéaires”), defended at Université de Cergy-Pontoise in June 2017,

• V. Ehrlacher, PhD of Pierre-Éric Allier (“Contrôle d’erreur pour et par les modèles réduits PGD”), defended at ENS Paris-Saclay in November 2017,

• V. Ehrlacher, PhD of Quentin Ayoul-Guilmard (“Méthodes numériques pour la prise en compte de défauts aléatoires en mise en forme de composites quasi-périodiques”), defended at Ecole Centrale Nantes in December 2017,

• T. Lelièvre, referee for the PhD of Arthur Talpaert (“Simulation numérique directe de bulles sur maillage adaptatif avec algorithmes distribuées”, defended at Ecole Polytechnique in February 2017,

• T. Lelièvre, PhD of Romain Poncet (“Méthodes numériques pour la simulation d'équations aux dérivées partielles stochastiques non-linéaires en condensation de Bose-Einstein”, defended at Ecole Polytechnique in October 2017,

• T. Lelièvre, president of the jury for the PhD of Manon Baudel (“Théorie spectrale pour des applications de Poincaré aléatoires”), defended at Université d'Orléans in December 2017,

• T. Lelièvre, referee for the PhD of Riad Sanchez (“Application des techniques de bases réduites à la simulation des écoulements en milieux poreux”), defended at Université Paris Saclay in December 2017,

• G. Stoltz, referee for the PhD of Romain Poncet (“Méthodes numériques pour la simulation d'éequations aux dérivées partielles stochastiques non-linéaires en condensation de Bose-Einstein”), defended at École Polytechnique in October 2017,

• G. Stoltz, referee for the PhD of Viviana Letizia (“Modèles microscopiques pour la loi de Fourier”), defended at Université Paris Dauphine in December 2017.

Project-team members have participated in the following habilitation jury:

• T. Lelièvre, HDR of Fabio Pietrucci (“Inventing general simulation methods to study the transformations of matter”), defended at UPMC on December 1st 2017.