# AERO

# Research pages

- Some mathematical aspects of the Navier-Stokes equations.
*J.L. Guermond in collaboration with J. Shen (Univ. of Purdue)* - Approximation of PDE's in L1
*J.L. Guermond in collaboration with B. Popov (Texas A&M Univ.)* - High order shock capturing schemes for LES of compressible flows.
V. Daru, Y. Fraigneau and C. Tenaud - Adaptive Mesh Refinement for unsteady shocked flow simulations.
C. Tenaud and L. Bentaleb - 3D Immersed boundary method for Eulerian velocity-vorticity unsteady incompressible Navier Stokes equations.
*L. Ta Phuoc* - Particle Image Velocimetry Improvement through optical flow.
*F. Lusseyran, T. Faure in collaboration with G. Quénot (IMAG, Grenoble)* - Characterization of the flow topology past an open cavity and reduction of the dynamics complexity.
*F. Lusseyran, T. Faure, L. Pastur, Y. Fraigneau and B. Podvin* - Unsteady flow dynamics through the glottis for vocal production modeling.
*D. Sciamarella and P. Le Quéré in collaboration with G. Artana (Univ. de Buenos Aires).* - Low order dynamical systems for the generation of unsteady boundary conditions in the LES framework.
*F. Abéguilé, L. Lorang-Vo Dinh, C. Perrotin, Y. Fraigneau, B. Podvin, L. Mathelin, O. Le Maître and C. Tenaud* - Control at the wall of turbulent flows.
*L. Lorang-Vo Dinh, G. Fournier, B. Podvin, P. Le Quéré, S. Pellerin and L. Ta Phuoc* - Optimal robust control under uncertainty.
*L. Mathelin and O. Le Maître* - Spectral methods for uncertainty quantification and propagation.
*L. Mathelin and O. Le Maître*

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