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student. I did my master s here and my PhD here and then my post-doc abroad before coming back here. I became Nantes. I did my PhD in the LHEEA lab one of the labs at CN and after my post-doc I decided to come back atmosphere here and also we have all the means to do good work and I was very excited to come back. What know where the drawing came from and the conditions. So it was really fun to do that. What is the next step recently I have been appointed to be the new director of the LHEEA lab starting in January. This is my next
And on the other side there was a lot of dynamism from the school and from the lab and the hospital we were looking with my family to return to France but then here they propose me to apply for this Connect objective is to advance the knowledge about certain disease. The third objective is more to do with the generation images. We want the quality of the images to be better and also help the doctors get the quantitative information both at the Technical University of Munich and the Helmholtz Zentrum. Afterwards I came here to France
My research interests span control theory and optimization mathematical modelling and applications to obtaining my doctoral degree from Université Côte d Azur France in 2020. Between 2020 and 2024 I have held 1994 in Paris France. I received my B.Sc. and M.Sc. in mathematics from École Normale Supérieure de Cachan held two JSPS Postdoctoral Fellowships at the Research Institute for Mathematical Sciences in Kyoto University
including the effect of the wind. In order to do this I then work with the whole team there at the LHEEA two main scales. The first one is at the scale of the lab. It s very enlightening here to be working with very exciting to have the opportunity to transfer knowledge into teaching. For example in the specialization other colleagues researchers here at the LHEEA research department from the IIHNE team in numerical simulation design and then eventually to improve the design method that we have and the theories that are behind it
ment APR have been included in the particle method for improving the local accuracy and the overall numerical efficiency. On one hand this paper aims to demonstrate the capability of the proposed numerical method in modeling deformations On the other hand the numerical results presented in this paper show the importance of considering considering the existence of air-phase in some complex FSI problems. The entrapped air-bubble after the free-surface important role in the overall flow evolution and hence the hydrodynamic load on the structure. Although
actually. The students receive a kit of material and they have to design a bridge. They have to have the lightest actually one of my initial motivations to come here was the possibility for me to have a chair on structural we want to keep the added value of the original material and that's a very important question to tackle textile engineering at the University of Lille in France. I defended my PhD in 1996 and the same year I obtained position at the Institute Mines Telecom in Lille-Douai. In 2002 I obtained my accreditation to supervise
CHEVILLOTTE Characterization of the long-term mechanical behavior and the durability of polyamide mooring improvements using Poletto s Synthetic Eddy Method SEM to account for ambient turbulence. Journal of Physics G Sicot C Barre S 2020 . An hybrid approach for the comparison of VAWT and HAWT performances for floating incoming flow. Here the ambient turbulence intensity is set to 0 . Large vortex generated by the bottom reaching reaching the free surface Yarn on yarn test set-u Traction test on wet rope
Vendredi 11 Juillet 2025 à 8h30 Defence Academy of the United Kingdom Shrivenham salle B107 Directeur de rolling road and scale effects in the wake of a bluff body: applications to pollutant dispersion in automobile vendredi 11 juillet 2025 à 8h30 à Defence Academy of the United Kingdom, Shrivenham, salle B107, sur le sujet rolling road and scale effects in the wake of a bluff body: applications to pollutant dispersion in automobile
stated Blue-GIFT is the first opportunity to enhance the collaboration with the top European test sites practices. The 3rd call is the last opportunity for you technology developers to join the project and developers are able to prove their technologies out in the open sea contributing to growing confidence that this 3rd call gives others the chance to make this step into the sea. Thomas Soulard Centrale Nantes areas test sites. So far the Blue-Gift project has supported four companies to deploy their devices in Blue-GIFT is running the third and final call for applications to test and validate marine renewable technologies in real sea environments that will close on the 23rd of April 2021 at 17:00 UTC.
HOS-Ocean is a numerical model dedicated to the propagation of non-linear wave fields in open ocean with constant depth. It is based on the High-Order Spectral HOS method which enables the simulation of highly non-linear You will have to register to GitHub to access other features than simple download of the code. For other
