mots-cles - Equipe Analyse numérique et modélisation - IRMAR

 

Mots-clés

Highly oscillatory problems Turbulence Population dynamics Navier-Stokes Equations Spectral set Nonlinear Schrödinger equation Stroboscopic averaging Nonlocal front propagation Numerical analysis Finite element method Modal analysis Eikonal equation Diffusion Data assimilation Nonlocal Hamilton-Jacobi Equations Finite elements Fluid mechanics Long-time behavior MPCC DATA ASSIMILATION Hamilton-Jacobi equations Boundary layer Cardiac electrophysiology BGK equation Degenerate parabolic equations Level-set approach Global existence Large eddy simulation PIV Conservation laws Invariant measure Density matrix White noise Conduction Concrete Stochastic partial differential equations Fractured porous media Dynamical system Partial differential equations Optimal control Ensemble forecasting Oceanography Robust control Subdivision Entropy Asymptotic preserving schemes Shape optimization Numerical range Finite Element Method B-series $L^1-$dependence in time Asymptotic behavior Existence Chapman-Enskog expansion Convergence Vlasov equation Regularity Adjoint model Optimization Maximum principle Diffusion limit Homogenization Numerical simulation Uniform accuracy Deconvolution models Navier-Stokes equations Vlasov-Poisson equation Reaction-diffusion Binary alloys Averaging Stability Dislocation dynamics Fluid-structure interaction Scattering Lower-bound gradient estimate Two-scale convergence Viscosity solutions Turbulence models Numerical simulations Micro-macro decomposition Markov chain Robust optimization Données ouvertes Backward error analysis Elasticity Error estimate Ensemble forecasts Fine-scale substructure Kinetic equations Schrödinger equation 65L20 Porous media Controllability Asymptotic Analysis Uncertainty quantification Timoshenko beam Asymptotic analysis FOS Mathematics Interaction fluide-structure Reaction-diffusion system