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Original Optimized Object Oriented Numerical Model for Heterogeneous Hydrogeology – H2MNO4
The project H2MNO4 will develop numerical models for reactive transport in heterogeneous media. It defines six mathematical and computational challenges and three applications for environmental problems with societal impact. This basic research project matches perfectly well with the first topic of
GRAphene for Circuits and sYstem – GRACY
The GRACY proposal is a fundamental research project and focuses on graphene-based circuits dedicated to innovative applications for communication systems. This ambitious project addresses two academic partners (IEMN and IMS) and one industrial partner (Callisto). The proposal involves innovative so
Virtual damping for vibroacoustic design of future launchers – ARIAN
The control of damping is a major problem in the dimensioning of space and land vehicles. By reducing or eliminating costly structural tests, the absence of damping models can lead to over designing the structure instead of insuring its vibration comfort, which constitutes the main objective of the
Interacting Systems and Optimal Transportation, Applications to Computational Economics. – ISOTACE
The use of partial differential equations (PDE) in Economics and more generally social sciences is a relatively young field of research. Optimal Transportation* (OT) and Mean field Games (MFG) theories have, in this context, recently received a lot of attention. The "Computational Fluid D
Silicon Nitride and Graphene Nanopores for Biotechnology and Biology – BioGraph'n
Numerous chemical or biological processes involve the transport of macromolecules through tiny channels of nanometric size. We have been the firsts in France to study these processes (as early as 2003) using natural channels and artificial channels obtained by drilling nanopores in ultra-thin SiC an
Foldamer Scaffolds for Electron Transport – FOSET
Foldamers are synthetic oligomers that adopt folded conformations inspired by the structures of biopolymers. The FOSET project stems from recent major advances in foldamer research: (i) the stepwise organic synthesis of aromatic amide oligomers that fold into very long (5-10 nm) and conformationally
3D modeling of Digital Mock-Up based on the integration of heterogeneous data – METIS
This project is in the field of reverse engineering, which is widely used in the manufacturing industry to capitalize on knowledge that has not yet been and is now becoming crucial to develop products. There are many applications, such as reverse engineering of existing products in order to modify /
Aeronautic and Automotive Gathering for Pulsating Heat Pipe Development – AARDECO
Facing primary societal challenges (greenhouse effect reduction, fossil energy rarefaction), the industry of transportation vehicles has to change profoundly to provide the economic use of resources for the sake of future generations. This important transformation passes through the minimization of
Decision Support System for Robust Design and Service Quality Indicators of Railway Transport Plans – SCRIPT
Rail traffic should grow significantly in the coming years but this evolution won't really occur without users’ acceptance of the service provided by rail transport. To fulfill the future demand for transport, railway companies must therefore ensure a stable and reliable transport plan which requir
Ignition Fundamentals for Internal Combustion Engines – FAMAC
To develop a high performance ignition system at acceptable cost for the automotive industry, it is important to avoid strong technology changes by conserving the spark based system. For this it is important to understand the energy path from the power electronics through the arc until the initiatio
