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The Finite Element Analysis of Shells - Fundamentals
International audience -
Geometric and multiscale numerical methods for differential equations
Habilitation (HDR) soutenue le 2 juillet 2013 à l'Ecole Normale Supérieure de Cachan, antenne de Bretagne (ENS Rennes) -
High-performance computing of sintering process at particle scale.
Within the general context of solid-state sintering process, this work presents a numerical modeling approach, at the particle scale, of ceramic particle packing... -
Modal approach and Padé approximants for the efficient modelling of sound abs...
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High performance computing of sintering process at particle scale
International audience -
Modelling of landslides as a bifurcation problem
Natural disasters are becoming increasingly more frequent and are causing both human suffering as well as hampering economic development. The forecast of these risks,... -
A correction technique for the dispersive effects of mass lumping for transpo...
International audience -
Multi-scale modelling and simulation of the thermo-hydro-mechanical behavior ...
The concrete structures of nuclear power plants can be subjected to moderate thermo-hydric loadings characterized by temperatures of the order of hundred of degrees in... -
Analysis of an algebraic Petrov-Galerkin smoothed aggregation multigrid method
Special Issue in Honor of Piet Hemker -
Pressure correction staggered schemes for barotropic one-phase and two-phase ...
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Simulation of muffler's transmission losses by a homogenized finite element m...
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Effects of viscosity and capillarity on the linear vibrations of an elastic s...
This study deals with the coupling between an incompressible, irrotational fluid and an elastic container in the context of small amplitude vibrations.Firstly, we... -
Interactive deformation and cutting of complex geometry solids
Physically based deformable models have become ubiquitous in computer graphics. It allow to synthetize real behaviors, based on the physical laws from continuum... -
Modelling of the effective thermomechanical properties of thermal spray coatings
In the present study, the thermal conductivity and elastic modulus of thermal spray YPSZcoatings were predicted by 2D and 3D finite differences and finite elements... -
Theoretical and numerical study of nonlinear models in quantum mechanics
This thesis is concerned with several mathematical problems in quantum mechanics. These problems arise naturally in quantum chemistry in connection with the electronic... -
Study of open electromagnetic resonators by modal approach. Application to in...
Infrared imaging is nowadays growing rapidly due to large-scale production of uncooled detectors. One of the potential evolution of these sensors is to integrate... -
Direct and inverse modeling of viscoplastic geophysical flows using variation...
Several geophysical flows, such as ice flows or lava flows, are described by a gravity-driven low Reynolds number movement of a free surface viscoplastic fluid over a... -
On Fracture of Thin Films: a Variational Approach
We study the problem of fracture in thin film systems subject to tensile stresses originated by mechanical loading or inelastic phenomena, due e.g. to thermal or... -
A rod model with flexible thin-walled cross-section - Application to the fold...
This work was carried out within the framework of a collaboration between the LMA and Thales Alenia Space. We focus on the behaviour of flexible structures and more... -
Steady-state dynamic behavior of an on-board rotor under combined base motions.
International audience
