Orateurs
Description
ETUDIANT 4: MAEL TORAMO
This research project focuses on the numerical modelling and simulation of transport phenomena using the mimetic finite difference (MFD) method, a relatively recent approach designed to preserve the fundamental geometric and physical properties of differential operators at the discrete level. Unlike classical finite difference or finite element methods, MFD schemes aim to “mimic” the integral identities of vector calculus—such as divergence, gradient, and curl—ensuring that
conservation laws and symmetries remain valid after discretization. The student will investigate how canonical partial differential equations governing transport phenomena (e.g., diffusion, advection, and Poisson-type equations) can be discretized using MFD on general, possibly non-
orthogonal or unstructured meshes.
| Master | Mécanique |
|---|---|
| Laboratoire d'accueil | LMFA |
| Composante ou Département Composante | MECA |
