Mathematical modelling and numerical
simulation in optronics and optical telecommunications
This research activity is achieved from 2008 in the Foton
Laboratory. The 2 main research topics under study are:
- Mathematical modelling and numerical simulation of nonlinear optical
phenomena in resonant microstructures
- Numerical simulation of incoherent optical wave propagation in
non-linear fibres
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Mathematical Modelling and Numerical Simulation in Magnetic Resonance
Imaging
The general framework of this research topic is the mathematical modelling
and the numerical simulation of various phenomena occurring in Magnetic
Resonance Imaging (MRI). This work was conducted in collaboration on the
one hand with G. Caloz (IRMAR, UMR 6625, Université de Rennes I), J. de
Certaines and G. Cathelineau (Laboratory of Magnetic Resonance in Biology
and Medicine, Université de Rennes I), one the other hand with H.
Benoit-Cattin and C. Odet (CREATIS, UMR 5515, INSA Lyon) and finally with
L. Chupin (Institut Camille Jordan, UMR 5208, INSA Lyon).
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Coupled Finite Element and Integral Representation Methods in
Electromagnetism
This work was achieved in collaboration with G. Caloz, IRMAR, University
of Rennes 1 (UMR CNRS 6625). We are interested in determining the magnetic
field created by an electromagnetic device formed of a metallic core and
an inductor (such as an electromagnet or an actuator). This work is part
of a project aimed to study optimal configurations of such an
electromagnetic device where the shape of the metallic core or the shape
of the inductor are optimised in order to satisfy a given criterion (e.g.
obtain a uniform high intensity magnetic field as required for certain
applications in Nuclear Magnetic Resonance.
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