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J.A. Dieudonné - UMR 7351




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Chaos Segmentation Optimisation Plasma equilibrium SHAPE OPTIMIZATION Hydrostatic reconstruction CFD Source terms Overland flow Operator splitting Image segmentation Partial differential equations Tokamak Adaptive estimation Parallel computing Domain decomposition Isogeometric analysis Stability Finite volume methods Bifurcations Game theory Density estimation Optimal control Dynamical systems Entropy solution Shallow water Data completion Large deviations Workflows NAVIER-STOKES EQUATIONS Finite volumes Gibbs distributions Random graphs Operad Model selection Discontinuous Galerkin method Convergence analysis Simulation Interpolation Stabilité Normal form Shallow water equations Conservation laws Friction Convergence Shape optimization Discontinuous Galerkin Operads Well-balanced scheme Boundary conditions Inverse problem Hybridizable discontinuous Galerkin method Elastic waves Blow-up Harmonic domain Maxwell's equations Finite element PDE Nonlinear water waves Maxwell equations Interacting particle systems Synchronization Descent direction Finite volume method Finite volume scheme Rheology Coextrusion Bifurcation theory Inverse problems Finite volume schemes Nonlinear elliptic equations Implicitization Seismic imaging Optimization Turbulence Small divisors Water waves Consistency Saint-Venant Complexity Finite elements Discontinuous Galerkin methods Hyperbolic systems Classification Chemotaxis Euler equations Time-domain Maxwell equations Aerodynamics Pattern formation Solitary waves Periodic solutions Numerical analysis Finite volume VOLUMES FINIS Scalar conservation laws Nanophotonics Finite element method Modélisation Normal forms Nonlinear vibrations