Mechanical Simulation VZ

Course contents
  • - Differential, variational and Galerkin formulations
    - Finite element methods
    - Discretization methods (FD, Galerkin, FEM)
    - FEM in mechanics (equilibrium in the volume element)
    - Application of FEM (cell quality, evaluation of system response, reporting)
    - Structural analysis (2D elements, coordinate systems, beam elements, locking)
    - Dynamic analysis (natural oscillation, forced oscillation, state-space, Newmark, transient analysis)
    - Nonlinear problems