FreeFEM channel, Retrieve videos here
| Speaker | Day 1 - 2019 |
|---|---|
| F. Hecht (LJLL, Sorbonne Université) | FreeFEM and news (PDF and examples) |
| A. Fourmont (Alpines, Inria) | New Border Meshes and FEM (Surface, Line) (slides) |
| X Claeys1, P-H Tournier2 (LJLL, Sorbonne1,CNRS2 ) | BEM in FreeFEM with BemTool, Htool (slides) |
| P. Jolivet ( (IRIT / CNRS) | New PETSc/SELPc interface: new linear solver, eigen value problem, ... (slides) |
| Qarnot Computing anywhere | Presentation of parallel facility, ... (slides) |
| Speaker | Day 2 - 2019 |
|---|---|
| A. Suzuki (Cybermedia Center, Osaka University) | An industrial application of a free boundary problem with contact angle and volume constraint. (slides) |
| Houssam Houssein (Airthium, LJLL) | Frictionless contact problem for hyperelastic materials with interior point optimizer (slides) |
| G. Sadaka (LMRS, Rouen) | Parallel 2D and 3D numerical simulations of melting with convection. (slides) |
| N. Meunier (LaMME,Université d'Évry) | A model of cell motility and numerical simulations ([no slides]) |
| Pierre Mollo (Université de Reims) | Reduced Basis with Freefem++. Applications to Stokes problem (slides) |
| Mojtaba Barzegari (PhD, KU Leaven) | High-performance numerical simulation of biodegradation process with moving boundaries (slides) |
| Quentin Tessier (Airthium) | A new FreeFEM plot interface (slides) |
| Paolo Piersanti (Institute of Mathematics and Scientific Computing, Karl-Franzens-Universit ̈at Graz, Austria) | Existence, uniqueness, and numerical analysis of a time-dependent problem for linearly elastic flexural shells (slides) |
| Speaker | Day 1 - 2018 |
|---|---|
| F. Hecht (LJLL, UPMC) | Introduction to FreeFem++ version 4 (PDF and examples) |
| S. Garnotel (Airthium) | FreeFem++ project update: GitHub, new documentation, new website, the module repository, and a lot more (slides) |
| I. Danaila | Beginner class (not available) |
| F. Hecht | Expert class (Directory, zip) |
| Speaker | Day 2 - 2018 |
|---|---|
| F. Hecht (LJLL, UPMC) | Introduction |
| A. Suzuki (Osaka University) | Dissection sparse direct solver for indefinite finite element matrices and application to a semi-conductor problem (PDF, slides) |
| P. Jolivet (IRIT-CNRS, Toulouse) | Hig-Performance Radiative Transport Equation Solver (PDF], slides)] |
| D. Fabre (IMFT-UPS, Toulouse) | StabFem : a Matlab/Octave interface to FreeFem++ for flow instabilities and wave problems, designed for research and education (PDF, zip) |
| P-L. Rothé (ENPC - INRIA) | Running computations with the Multi-scale Finite element approach (MsFEM) in FreeFem++ (PDF, slides) |
| J. Moulin (ONERA-DAAA) | Augmented Lagrangian approach for large-scale linear stability analysis of incompressible flows and its extension to fluid-structure interaction (PDF, slides) |
| G. Sadaka | FreeVol++: 2D Finite volume solver inside FreeFem++ (PDF, slides) |
| P. Frey & C. Dapogny (LJLL - LJK, IMAG) | MMG remeshing tool presentation |
| Speaker | Day 2 - 2018 |
|---|---|
| A. Fourmont (INRIA, SED) | New RT 3d element and Surface Finite Elements in FreeFem++ (slides) |
| F. Hecht, A. Fourmont (LJLL, INRIA, SED) | FreeFEM++'s kernel presentation and classes for developers (part I) (sip of files to build an user language) |
| F. Hecht, A. Fourmont (LJLL, INRIA, SED) | FreeFEM++'s kernel presentation and classes for developers (part II) |
| O. Pironneau (LJLL, UPMC) | Type recognition of PDEs using Deep Learning (slides, zip) |
| F. Nataf, P-H. Tournier (LJLL, CNRS) | Parallel freefem++ and new DDM user interface |
| O. Pantz | Beginner class |
| F. Hecht | Expert class (directory, zip) |
| Speaker | Day 1 - 2017 |
|---|---|
| F. Hecht (LJLL, UPMC) | Introduction |
| Y. Maday (LJLL, UPMC) | Présentation de l'Institut Carnot Smiles (PDF) |
| F. Hecht (LJLL, UPMC) | FreeFem++ : current status and future (PDF, EDP scripts) |
| P‑H. Tournier (LJLL/CNRS) | Two-level DD preconditioners for Maxwell equations (abstract, slides) |
| S-M. Kaber (LJLL / UPMC) | Partial fraction decomposition and parallel computing (abstract, slides) |
| P. Jolivet (IRIT / CNRS) | FreeFem++ distributed solvers: status and future (abstract, slides, data files) |
| F. Feppon (CMAP, Polytechnique) | Optimisation de forme multiphysiques (slides) |
| J. Moulin (Onera) | Augmented Lagrangian preconditioner for Linear Stability Analysis of the incompressible Navier-Stokes equation (abstract, slides) |
| P-H. Tournier / G. Sadaka | Basic Tutorial (part 1): generate a mesh, solve a linear PDE, ... (not available) |
| F. Hecht | Expert Tutorial (part 1): How-to speed up and or parallelize a script (tutorial directory) |
| Speaker | Day 2 - 2017 |
|---|---|
| O. Pironneau (LJLL, UPMC) | Variational Inequalities for Contacts with Eulerian formulations (abstract, slides) |
| Atsushi Suzuki (Osaka University) |
Mixed finite element solution of a semi-conductor problem by Dissection sparse direct solver (abstract, slides) |
| M. Bonazzoli (LJLL / Inria) | Adding a new finite element to FreeFem++: the example of edge elements (abstract, slides) |
| G. Sadaka (LAMFA-Amiens) |
New tools for FreeVol++, mesh generation and new adaptmesh technique applied on water wave modeling. (abstract,video) |
| C-Y. Chiang (LJLL/NTU) |
A monolithic formulation for fluid - structure interaction (abstract, slides) |
| P. Ventura (LEM3 / Université de Lorraine) |
study of wrinkles in film/substrate system using FreeFem++ and Progress in Material Physics simulation using FreeFem++ (abstract, slides) |
| O. Pironneau | Basic Tutorial (part 2): (not available) |
| F. Hecht | Expert Tutorial (part 2): a None trivial use of FreeFem++ (tutorial directory) |
| Speaker | Day 1 - 2016 |
|---|---|
| F. Hecht (LJLL, UPMC) | Introduction |
| F. Hecht (LJLL, UPMC) | FreeFem++ : status and future (PDF, EDP scripts) |
| C. Doucet (INRIA, UPMC) | News about install add cmake (slides) |
| P. Jolivet (IRIT / CNRS) | FreeFem++ distributed solvers: status and future. (slides) |
| A. Suzuki (Cydermedia Center, Osaka University) | Implementation of a parallel sparse direct solver on vector architecture (abstract, slides) |
| A. Rakotondrandisa (LMRS, Université de Rouen) | Simulation of phase-change materials with an adaptative finite element method (slides) |
| I. Danaila | Basic Tutorial (part 1): generate a mesh, solve a linear PDE, ... (tutorial directory) |
| F. Hecht | Expert Tutorial (part 1): How-to parallelize a script (tutorial directory) |
| Speaker | Day 2 - 2016 |
|---|---|
| M. Campos Pinto (CNRS / LJLL) | From particle methods to hybrid semi-lagrangian schemes (abstract, slides) |
| C. Albert (TU Graz, Institut für Theoretische Physik) | Dimensionality reduction using an edge finite element method for periodic magnetostatic fields in a symmetric domain (abstract, slides, EDP) |
| K. Ohmori & A. Suzuki (Faculty of Human Development, University of Toyoma & Cydermedia Center, Osaka University) | Finite element computation of two-phase flow with level set method and explicit interface detection (abstract, slides) |
| F. Nataf (CNRS/LJLL / INRIA) | Microwave Imaging for Brain Stroke Detection and Monitoring using High Performance Computing (abstract, slides) |
| V. Dolean, P. Jolivet & F. Nataf | An Introduction to Domain Decomposition Methods: algorithms, theory and parallel implementation (book) |
| M. Szopos (IRMA, Cemosis, Université de Strasbourg) | Boundary conditions involving pressure for the Stokes problem and applications in computational hemodynamics (slides) |
| R. Haferssas (LJLL / Alpines / UPMC / INRIA) | Optimised interfaces for domain decomposition method applied to solid and fluid mechanics (abstract, slides) |
| C. Dapogny (LJK, Université Joseph Fourier) | Geometric constraints for shape and topology optimization in architectural design (abstract, slides) |
| S. Grolovin (Novosibirsk, Russia) | Modelling of hydraulic fracturing and hemodynamical flows using FreeFem++ (not available) |
| O. Pantz & O. Pironneau | Basic Tutorial (part 2): (tutorial directory) |
| F. Hecht | Expert Tutorial (part 2): a None trivial use of FreeFem++ (tutorial directory) |
| Speaker | Day 1 - 2015 |
|---|---|
| F. Hecht (LJLL, UPMC) | Introduction |
| F. Hecht (LJLL, UPMC) | FreeFem++ solver: status and future (slides, EDP scripts) |
| A. Le Hyaric (LJLL, UPMC) | New ways to use FreeFem++ (slides) |
| F. Hecht (LJLL, UPMC) | Some Idea to use FreeFem++ (slides) ) |
| F. Nataf (LJLL / Alpines / LJLL-INRIA) | Une théorie de type Schwarz pour l'algorithme de P.L. Lions (not available) |
| O. Pironneau & G. Vergez | Basic Tutorial (part 1): generate a mesh, solve a linear PDE, ... (directory (zip)) |
| F. Hecht & I. Danaila | Expert Tutorial (part 1): How to compile ff++, add new finite element, and gag (directory) |
| Speaker | Day 2 - 2015 |
|---|---|
| F. Bonaldi (PhD Université de Montpellier) | Numerical Modeling of Kirchhoff-Love Plates with Rotational Inertia (slides) |
| M. Youcef (HUSKY compagny) | Modeling of PET preform cooling in Injection Molding Process (slides) |
| P-H Tournier (Post-Doc Alpines INRIA) | Solving Maxwell's equations with domain decomposition methods for brain imaging (slides) |
| D. Anh Thi , (PhD LAGA, Université Paris 13) | Simulating some interface problems with FreeFem++ (slides) |
| B. Maimouna Mint (PhD lab. TREFLE-I2M, Université de Bordeaux) | Asymptotic properties of carbon based composite materials (slides) |
| P. Ventura (LEM3, Université de Lorraine) | Non linear mechanical simulation of thin films on soft substrate in the FreeFem++ environment (slides) |
| D. Le Hardy (Phd LTN , Université de Nantes) | Résolution de l’équation du transfert radiatif 3D avec FreeFem++ (slides, slides)) |
| G. Vergez & P-H Tournier | Basic Tutorial (part 2) (directory (zip)) |
| F. Hecht | Expert Tutorial (part 2): a None trivail use of FreeFem++ (directory) |
| Speaker | Day 1 - 2014 |
|---|---|
| F. Hecht | Introduction |
| F. Hecht | FreeFem++ solver: status and future (slides) |
| P. Jolivet | FreeFem++ , mpi parallel solve (slides) |
| A. Le Hyaric | FreeFem++-cs, the FreeFem++ Graphical Interface (slides) |
| O. Pantz & I. Danaila | Basic Tutorial (part 1): generate a mesh, solve a linear PDE, use the Newton method for nonlinear PDEs, use a formulation with matrices, examples with steady and time evolution simple PDEs (directory) |
| F. Hecht | Expert Tutorial (part 1): link with other softwares (directory) |
| Speaker | Day 2 - 2014 |
|---|---|
| K. Ohmori, N. Yamaguchi | Numerical investigation of two-fluid flows by FreeFem++ (slides) |
| F. Ortegón and al | Heat treating of steel Helical Gear (abstract, slides, bibliography) |
| A. Suzuki | Numerical simulations of the Gross-Pitaevskii equation by pseudo-spectral and finite element methods (slides) |
| G. Vergez | A FreeFem++ toolbox for computing stationary states of rotating Bose-Einstein condensates (slides) |
| Q. Tang | Numerical simulation of the dynamics of the rotating dipolar Bose-Einstein condensates (slides) |
| L. Untereiner | Visualization of Bose-Einstein Condensates (not available) |
| F. Hecht and O. Pironneau | Basic Tutorial (part 2) (directory) |
| P. Jolivet | Expert Tutorial (part 2): HPC with FreeFem++ (directory) |
| Speaker | Day 3 - 2014 |
|---|---|
| I. Bajc | Driving metric mesh adaptivity in a nonlinear minimization scheme (slides) |
| J. Hammond | An application of FreeFem++ with non-intrusive reduced basis methods (slides) |
| B. Barrois | Simulation des flux d’air dans une salle informatique (slides) |
| O. Moktari | Débruitage et réhaussement à partir d'une équation de diffusion non linéaire; application à l'inpainting (slides) |
| P.H. Tournier | Water and nutrient uptake by plant root systems (slides) |
| P. Ventura | Mutual admittance of an infinite periodic Surface Acoustic Waves transducer using an original coupled FEM/BIE numerical model (slides) |
| M. Oumouni | Numerical analysis and simulation of the spreading and dispersion using FreeFem++ (slides) |
| M. Mint Brahim | Hybrid Dual Raviart–Thomas FEM in composit media (slides) |
| M. Giacomini | A guaranteed a posteriori error estimator for certified boundary variation algorithm (abstract, slides) |
| J. Mullaert | Numerical Methods for Incompressible Fluid-Structure Interaction (slides) |
| A. Suzuki, F. X. Roux | A dissection solver with kernel detection for unsymmetric matrices in FreeFem++ (slides) |
| F. Ben Belgacem | A Finite Element Method for an Ill-posed Oxygen-Balance Model (slides) |
| Speaker | Day 1 - 2013 |
|---|---|
| F. Hecht | Introduction |
| F. Hecht | FreeFem++ solver: status and future (slides, EDP scripts) |
| F. Hecht | FreeFem++ : Latest News (slides, EDP scripts) |
| A. Le Hyaric | FreeFem++ CS news and developpement process |
| I. Danaila | Basic Tutorial (part 1): generate a mesh, solve a linear PDE, use the Newton method for nonlinear PDEs, use a formulation with matrices, examples with steady and time evolution simple PDEs |
| F. Hecht | Expert Tutorial (part 1): link with other softwares (directory) |
| Speaker | Day 2 - 2013 |
|---|---|
| R. Duboscq | GPELab : une toolbox Matlab pour le calcul d'états stationnaires et la dynamique d’équations de Gross-Pitaevski (slides) |
| S. Auliac | Bose-Einstein Condensate Simulations with FreeFem++ (slides) |
| G. Vergez | Méthodes numériques et simulation de condensats de Bose-Einstein (slides) |
| P. Parnaudeau | Expérience numérique : Simulation d'un condensat de Bose-Einstein (slides) |
| B. Lévy | Anisotropic Suface Remeshing |
| G. Sadaka | Basic Tutorial (part 2) |
| F. Hecht | Expert Tutorial (part 2) (directory) |
| Speaker | Day 3 - 2013 |
|---|---|
| R. Chakir | A non intrusive reduced basis method for fluid dynamics problem (slides) |
| P. Jolivet | HPC tools for FreeFem++ (slides) |
| P. Ventura | Analysis of Surface Acoustic Waves Transducer Having Aperiodic Multi Electrode Cells Using a Coupled FEM/ BIE Numerical Model (slides) ) |
| D. Yacobi | not available |
| G. Pitton | Numerical investigation of buoyancy driven flows in tight lattice fuel bundles (slides) |
| M. Youcef | Modeling of PET preform cooling in Injection Molding Process (slides) |
| Hideki Oka | FreeFem++ and Physiome Platform (slides) |
| Speaker | Day 1 - 2012 |
|---|---|
| F. Hecht | Introduction |
| F. Hecht | FreeFem++ solver: status and future |
| F. Hecht | FreeFem++ : Last News |
| P. Jolivet | HPC tools for FreeFem++ (slides) |
| F. Hecht | Some tricks |
| G. D. McBain | Domain decomposition techniques for discontinuous interfacial conditions (slides) |
| G. Sadaka | Tsunamis wave modeling using a Finite Volume Method and a Finite Element Method in FreeFem++ (movie) |
| R. Chakir | A non-intrusive reduced basis method for heat transfer problem (slides) |
| G. Sadaka | Basic Tutorial: part 1 |
| F. Hecht | Expert Tutorial: part 1 - link with other software (directory) |
| Speaker | Day 2 - 2012 |
|---|---|
| K. P. Gostaf | 3D simulations : items to keep in mind (slides) |
| M.José Cano | Creation of interactive simulations with EJS and FreeFem++ (web presentation) |
| P-H. Tournier | Simulation of water and nutrient uptake by plant roots (slides) |
| A. Le Hyaric | On FreeFem++-cs |
| C. Dapogny | Shape Optimization with a level-set based mesh deformation method (slides) |
| E. Godlewski | Presentation AMIES et du Forum Emploi Math |
| John Wise | Reduced modelling and parameter optimisation with POD: Application in Groundwater Flow (slides) |
| Iztok Bajc | Photonic modes in colloidal/complex nematic resonators (slides) |
| G. Sadaka | Basic Tutorial: part 2 |
| F. Hecht | Expert Tutorial (HPC): part 2 (directory) |