Nicolas Garnier
Chargé de Recherche, CNRS
Thermocapillary-driven microfluidic flows, in the
Pattern Formation and Control Laboratory.
- an article
presenting our novel method of controling a microfluidic flow with a free surface.
(a picture here.)
Modulated solutions of the complex Ginzburg-Landau equation, (with Y. Lan and P. Cvitanovic).
Experiments on non-linear traveling waves and
modulated waves.
- arXiv preprint
of a letter for a concise presentation of the modulational (Eckhaus-like) instability of
plane waves in non-periodic boundary conditions.
- arXiv preprint
of a review in periodic boundary conditions (periodic waves and modulated waves).
We propose there a model involving higher order terms in the amplitude equation.
- arXiv preprint
of a review in non-periodic boundary conditions (including convective/absolute transitions).
- see also chapter 3
of my PhD. dissertation.
Hydrothermal waves in cylindrical geometry.
- arXiv preprint
of a linear stability analysis (with C. Normand), introducing the local curvature.
- draft version
of a contribution to the book Dynamics of Spatio-Temporal Cellular Structures
- Henri Bénard Centenary Review, edited by Innocent Mutabazi. In this paper
are presented most of the patterns we oberved experimentally in a disk of fluid, including
spirals, targets, flowers, and more.
- see also chapter 5
of my PhD. dissertation.
Nonlinear propagation of sonic waves.
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Last update: April 4th, 2007,
around hell.
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