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Oil/geothermal drilling simulation laboratory. Simulation of the nonlinear dynamic behavior of drill strings for oil or geothermal extraction. – DRILLAB
of nonlinearity string-well multi-contacts, and fluid-structure coupling. • Validation of the different
Hydrodynamic transport and dispersion of bacterial suspensions : from the micro-hydrodynamic scale up to porous media – BacFlow
Hydrodynamic transport and dispersion of bacterial suspensions: from the micro-hydrodynamic scale up to porous media
IMPACT OF ENVIRONMENTAL CHANGES ON COASTAL PATHOGEN SYSTEMS – ENVICOPAS
ENVICOPAS investigates the dynamics of oyster and human pathogens under variable environmental physical drivers and connect these dynamics to changes observed in the oyster microbiome. The dispersion of human pathogenic Vibrios in seawater, their potential accumulation by oysters and complex interactions between pathogens and microbiome will be explored through field and experimental works. These works will contribute to develop projective tools under different environmental scenarios.
Cellular Ultrasonic imaging Modality to assess red Blood cell Aggregation in vivo – CUMBA
Evaluate continuously the red blood cell aggregation to provide a method for early diagnosis of inflammation
Nanofluidics and Ultrafiltration with Track Etched Graphene-Polymer-Composite Membranes – NU-TEGRAM
Membranes can be used for example in ultrafiltration, dialysis, water purification, or gas separation. For all these applications it is advantageous to make the membrane as thin as possible and at the same time as mechanically and chemically robust as possible. Perforated graphene promises an unprecedented level of transport rates in filtering. Thus, for membrane technologies novel composites based on graphene can offer significant improvements unachievable by conventional materials.
Advanced Solution for TAR TrEatment – ASTARTE
engineering (design, modelling by Computational Fluid Dynamics - CFD, materials, etc.), its knowledge
Turbulent Hydrodynamics experiments in High Energy Desnity Plasmas – TurbOHEDP
(SNRs) which are complex structures subject to fluid instabilities such as the Rayleigh-Taylor and K
COndensation And Liquid Atomisation – COALA
Air conditioning in aircrafts is an important issue for improving energy performances of this mode of transportation whether we consider the energy consumption for air conditioning or the weight reduction of the aircraft.
Lattice Boltzmann Simulation from Medical Images – LBSMI
Method, which permits complex simulations such as fluid structure interactions or non-linear constitutive
Beyond compressive sensing: sparse approximation algorithms for ill-condioned inverse problems – BECOSE
The BECOSE project aims to develop and analyze algorithms relying on<br />the concept of sparsity to address ill-posed inverse problems arising<br />in signal and image processing. These numerical tools will have key<br />impacts in several industrial sectors including environment, the<br />automotive and aeronautical industries among others.