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Meshing and adaptation methods
MQ09

Description
The resolution of most physical problems is based on the finite element method, which utilizes a mesh upon which the physical equations are formulated. Indeed, the mesh quality is a fundamental aspect that determines the quality of the numerical results.

  • Having basic knowledge of finite elements: shape functions and geometric elements.
  • Knowing how to geometrically model curves and surfaces: 2D models, surface 3D, and volumetric 3D.
  • Understanding generalities about meshing: Triangulation versus Meshing, Meshing and Finite Elements, Error Estimator, Mesh Adaptation.
  • Mastering classical methods of mesh generation: Planar, Surface, Volume.
  • Understanding the role of meshing in scientific computing: applications in solid and fluid mechanics, and other disciplines of numerical analysis
 

Crédits ECTS
6

Langue d'enseignement
Français

Langue d'examen
English/Français

Langue des supports pédagogiques
Français/English

Acquis d'apprentissage fondamentaux

Entité de gestion (faculté)
Mechanical Engineering Program ( UTT)