We consider inverse obstacle scattering problems for the wave equation with Robin or
Neumann boundary conditions. The problem of reconstructing the geometry of such obstacles …

Biocompatible hydrogels can be derived from materials that are naturally obtained, such as
proteins or polysaccharides, or synthetic, such as poloxamers. In order to be classified as …

We present a mathematical and numerical analysis of the stability and accuracy of the NMLA
(Numerical MicroLocal Analysis) method [J. Comput. Phys. 199 (2)(2004), 717–741] and its …

An ultrasonic inspection system involves the generation, propagation and reception of short
transient signals. Piezoelectric transducers and particularly phased arrays are increasingly …

… Jean-David Benamou, Francis Collino, Simon Marmorat … Jean-David Benamou,
Francis Collino, Simon Marmorat. Numerical MicroLocal Analysis Revisited. [Research …

… Author links open overlay panel Jean-David Benamou a , Francis Collino b , Simon Marmorat
… (2011) [4] and more numerical experiments can be found in Collino and Marmorat (2011) […

Cette thèse est consacrée à l'étude du problème de la diffraction d'une onde acoustique par
un ensemble de petites hétérogénéités pénétrables ainsi qu'au développement de …

We consider inverse obstacle scattering problems for the wave equation with Robin or
Neumann boundary conditions. The problem of reconstructing the geometry of such obstacles …

We present a mathematical and numerical analysis of the stability and accuracy of the
NMLA (Numerical MicroLocal Analysis) method [2] and its discretization. We restrict to …

Thrombosis is a clear risk when any foreign material is in contact with the bloodstream. Here
we propose an immunohistological stain-based model for non-enzymatic clot formation that …