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Numerical Methods for PDEs
NumPDE
Numerical Methods for PDEs
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poems 2026

poems26

Polytopal Element Methods in Mathematics and Engineering (POEMS 2026), KAUST, 9-12 November 2026

Workshop

poems 2026 polytopal elements virtual elements Discontinuous Galerkin

The development and analysis of numerical methods for the approximation of the solution to Partial Differential Equations (PDEs) on polygonal and polyhedral meshes have undergone an explosive interest in recent years among the scientific community. Indeed, polygonal and polyhedral meshes offer a very flexible framework to handle, for instance, hanging nodes, different cell shapes within the same mesh, and non-matching interfaces, resulting thus in improved geometric flexibility to correctly represent complicated geometries, interfaces, and heterogeneous media. The aim of this Workshop is to

Numerical Methods for PDEs (NumPDE)

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