Catalogue des formations

Diplômes intégrant cet élément pédagogique :

• Master Génie civil

Descriptif

• From physics to numerical models: continuum mechanics problems, variational formulations, Rayleigh Ritz methods, Finite element one dimensional example
• Introduction to solid mechanics problems : elastostatics virtual work theorem : finite element discretization, the example of simple finite elements (constant strain triangle), Comments about Stiffness matrices
• Variational formulation of an initial boundary value problem: change of configuration, introduction to different stress and deformation tensors, the so called small strain approximation
• Time discretization and incremental problem: Newton method, residual computations, auxiliary linear system computations, boundary condition issues
• Space discretization : finite element method, projection on to a finite dimensional space, isoparametric finite element numerical integration Gauss method
• Constitutive equations integrations : consistent tangent stiffness matrix: numerical approach, Hardening plasticity,  integration algorithms, consistent tangent stiffness matrix : analytical approach, Locking ant related topics
• Miscellaneous : coupling problems, the rate problem and uniqueness issues

Informations complémentaires

Lieu(x) : Grenoble
Langue(s) : Anglais