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WP1. Coordination & Project management
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T1.1 Coordination and project management
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T1.2 Meeting organization
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T1.3 Dissemination and comunication
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WP2. Hilbert-like Knudsen expansions of far out-of- equilibrium particles flows. Towards theoretical formation of discrete velocity models adapted to turbulence driven particle transport and wall deposition
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T2.1 Application of the same high order Chapman-Enskog and Hilbert expansions
as thoss used recently for rarefied gases in microfluidic applications -
T2.2 Complete inclusions in the formalisms the forces due to the turbulence
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T2.3 New original quadrature for far out-of-equilibrium flows found in the particle-laden flows
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T2.4 Theoretical advances publication for physics statistic community
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WP3. LB algortithms for simulation of turbulent particle laden flows
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T3.1 Back on preliminary results and further advances
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T3.2 Testing the numerical stability and accuracy of LB models
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T3.3 Physical analysis of the particles deposition in turbulent flow
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WP4. Validation strategies and prospects
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T4.1 Data for validation of particle laden flows
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T4.2 Monte-Carlo data for far out-of-equilibrium quadrature validation
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T4.3 LB model coupled with CFD code