Since this date, he is vice-president in charge of digital environment. Expert knowledge in vortex and particle methods for fluid dynamics. Specialist on numerical analysis, high performance computing, control and optimization stochastic and gradient-based techniques.
Google Scholar. Philippe Poncet Professor Vice-President in charge of digital environment. Education Research interests Projects Publications. Research interests Expert knowledge in vortex and particle methods for fluid dynamics. My research interests are mainly: Particle and vortex methods for fluid dynamics, Wakes and drag control, Numerical microfluidics in complex geometries, Numerical methods for reactive porous media, High Performance Computing HPC , Pore scale modeling in geo-sciences, Bio-mechanics and modeling of cystic fibrosis, Numerical methods for rheology, Numerical analysis.
Publications J-M. Etancelin, P. Moonen, P. Poncet, Improvement of remeshed Lagrangian methods for the simulation of dissolution processes at the pore-scale, in press for Advances in Water Resources Hume, P. Poncet, A velocity-vorticity method for highly viscous 3D flows with application to digital rock physics, Journal of Computational Physics , DOI Molins, C.
Soulaine, N. Prasianakis, A. Abbasi, P. Poncet, A. Ladd, V. Starchenko, S. Roman, D. Trebotich, H. Tchelepi, C. Steefel, Simulation of mineral dissolution at the pore scale with evolving fluid-solid interfaces: Review of approaches and benchmark problem set, Comput. Sanchez, L. Hume, R. Chatelin, P. Poncet, Analysis of non-linear Stokes problem coupled to transport-diffusion for shear-thinning heterogeneous microscale flows, applications to digital rock physics and mucociliary clearance, ESAIM: Math.
Noetinger, L. Poncet, Effective viscosity of a random mixture of fluids, Physical Review Fluids 3, Chatelin, D. Anne-Archard, M. Murris-Espin, D. Sanchez, M.
