Geodesic

Tome 22 (2008)

Sommaire

Editorial
p. I-3
Acoustic propagation in a flow: numerical simulation of the time-harmonic regime
p. 1-14
Optimal transportation of flows and Nonlinear Electromagnetism
p. 15-20
Controllability and nonlinearity
p. 21-39
Imagerie électromagnétique de petites inhomogénéités
p. 40-51
AHO schemes for Dissipative Hyperbolic Systems
p. 52-66
Domain decomposition based Newton methods for fluid-structure interaction problems
p. 67-82
La modélisation électromagnétique d'antennes spatiales
p. 83-87
Recent advances in shape optimization techniques of 3-D integrated lens antennas
p. 88-95
Resolution of EMC problems using 3D time domain methods
p. 96-101
Performance evaluation of a MultiStructure Method of Moments
p. 102-107
electromagnetic modelling of radiowaves and human bodies interactions
p. 108-113
Mathematical models in micromagnetism: an introduction
p. 114-117
Micromagnetic Modeling on self-assembled iron nanostructures
p. 118-121
Numerical simulations of ferromagnetic materials
p. 122-126
3D dynamic micromagnetic simulations of susceptibility spectra in soft ferromagnetic particles
p. 127-131
Proceedings in flow modelling in the surroundings of the end part of a trawl
p. 132-139
Twines equilibrium in a finite element dedicated to hexagonal mesh netting
p. 140-149
Computer vision and otolith: toward a modelisation of the morphogenesis of accretionary processes
p. 150-154
Minisymposium Optimisation de forme: avant-propos
p. 156-161
Une méthode levelset en optimisation de formes
p. 162-168
Towards a self-adaptive parameterization for aerodynamic shape optimization
p. 169-174
Multilevel gradient-based methods in aerodynamic shape design
p. 175-180
Calculs de sensibilite par differentiation pour l'Aérodynamique
p. 181-189
Ultra-Weak Variational Formulation and efficient Integral Representation in Electromagnetism: a thorough study of the algorithm complexity
p. 190-197
A foreword to the Molecular Simulation mini-symposium
p. 198-199
Some remarks on sampling methods in Molecular Dynamics
p. 217-233
Qualitative behavior of splitting methods for the linear Schrödinger equation in molecular dynamics
p. 234-239