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J.A. Dieudonné - UMR 7351




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Mots clés

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