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Schedule
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Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
9:00-11:00 |
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DG2 (Persson) |
DG4 (Persson) |
DG5 (Cockburn) |
DG7 (Roca) |
Coffee-break |
11:15-13:15 |
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DG3 (Persson) |
App1 (Oliver) |
DG6 (Cockburn) |
App3 (Deconinck) |
Lunch |
15:00-17:00 |
DG1 (Cockburn) |
CompLab1 (Legendre) |
App2 (Deconinck) |
CompLab2 (Fernández) |
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DG1 DG for first-order PDEs: the original method, linear scalar transport, linear hyperbolic systems, non-linear conservation laws -- B. Cockburn
DG2 DG methods for diffusion problems: historical overview, the Compact Discontinous Galerkin Method (CDG) -- P.O. Persson
DG3 CDG for viscous flow problems: Stokes and Navier-Stokes -- P.O. Persson
DG4 Efficient solvers and time integration -- P.O. Persson
DG5 Hybridizable DG methods: HDG concept, accuracy and superconvergence -- B. Cockburn
DG6 HDG for viscous flow problems: convection-diffusion, Stokes, Navier-Stokes -- B. Cockburn
DG7 DG HPC implementation -- X. Roca
CompLab1 Computer Laboratory I: hands-on DG methods--. C. Legendre
CompLab2 Computer Laboratory II: hands-on DG methods--S. Fernández
App1 Aeronautical Applications I --M.
Oliver
App2 Aeronautical Applications II-- T. Deconinck
App3 Aeronautical Applications III --T. Deconinck
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