Poster sessions

Tuesday:

• Hörnschemeyer Sophie | Towards a multi-layer model for coastal upwelling with nonlinear coast and bottom topography

• Brutto Cristian | A semi-implicit finite volume scheme for a simplified hydrostatic model for fluid-structure interaction

• Ferrari Davide | Semi-Implicit/Explicit finite volume schemes for compressible multiphase flows

• Perrin Lucas | Data assimilation on a linearised water wave model with partial observation of the free surface

• Carrillo Lincopi Hugo | A Reduced Basis (RB) approach combined with Artificial Neural Networks (ANN) for optimal location of measurements for inverse problems in PDEs

• Dhaouadi Firas | A hyperbolic model for heat transfer in compressible flows

• Harbreteau Thomas | A low Mach asymptotics preserving pressure correction scheme for (viscous and inviscid) compressible flows with MUSCL-like convection fluxes

Wednesday:

• Baroukh Laila | Flow of Newtonian fluids in a pressurized pipe

• Ruello Maëlys | One-Way propagation methods for Navier-Stokes equations

• Celia Caballero-Cárdenas | Semi-implicit fully well-balanced schemes for the 1D shallow-water system

• Christiansen Thomas | A numerical algorithm for α-dissipative solutions of the Hunter-Saxton equation

• Ersing Patrick |  An entropy stable discontinuous Galerkin method for the two-layer shallow water equations on curvilinear meshes

• Schwarz Anna | A Reinforcement Learning Based Shock Capturing Approach for the High-Order Discontinuous Galerkin Method

• Pellhammer Valentin | Dependence on the Background Viscosity of Solutions to Non-Strictly Hyperbolic Systems with Applications to Magnetohydrodynamics.

Thursday: 

• Roy Shashi Shekhar | An accurate and entropic kinetic scheme based on positivity preservation

• Aboussi Wassim | A highly efficient finite volume method with a diffusion control parameter for hyperbolic problems

• Xiong Yunong | A coupled volume of fluid and level set interface capturing scheme for incompressible fluids

• Binard Julie | A landscape evolution model: mathematical analysis and numerical schemes

• Keim Jens | A Reinforcement Learning Based Slope Limiter for Second-Order Finite-Volume Schemes

• Tardieu Alexis | High order ADER-IPDG schemes for the unsteady 2D advection-diffusion equation

• Moussa Ziggaf | A FVC Scheme on Hybrid Mesh: Application to the Two-Dimensional Multi-Layer Shallow Water Equations