====== Propositions de TFE – Année 2025-2026 ======

Généralités:
  * {{ :teaching:tfe:propositions_tfe_generalites.pdf |Description générale des thématiques}}
  * {{ :teaching:tfe:what_is_pfem.pdf |A brief summary of the Particle Finite Element Method}}

Projets:
  * {{ :teaching:tfe:propositions_tfe_johnson-cook.pdf |Introduction d’un modèle de Johnson-Cook étendu ou TANH dans un code PFEM}}
  * {{ :teaching:tfe:propositions_tfe_recoating.pdf |Simulation de l’opération de « recoating » en
additive manufacturing}}
  * {{ :teaching:tfe:propositions_tfe_viscoelastique.pdf |Introduction de modèles viscoélastiques dans
un code PFEM}}
  * {{ :teaching:tfe:node_relocation.pdf |Node relocation optimization aiming at meshes with conformal interfaces}}
  * {{ :teaching:tfe:largedefo_petsc.pdf |FEM implementation using PETSc to simulate large deformations of solids on distributed memory architectures}}
  * {{ :teaching:tfe:propositions_tfe_pfem_timeintegration.pdf |An extended analysis of time integration schemes in the PFEM for the simulation of fluid flows and fluid-structure interactions}}
  * {{ :teaching:tfe:propositions_tfe_pfem2_parameters.pdf |Study on the numerical parameters defining the fixed-mesh version of the Particle Finite Element Method (PFEM-2) }}

Fossils 🦖
  * {{ {{ :teaching:tfe:tfe-fossils-multimaterial.pdf |Finite Element Modelling of Bones loaded by Muscle-Induced Forces with Heterogeneous Material Properties from CT Scans of Fossils}}