Goals
- Discover simulations on nonlinear elements
Program
Geometric nonlinearity
Large displacements (total and updated Lagrangian formulations)
Formulation of large deformations (materials similar to rubber)
Digital procedures
Iterative solution methods (Newton-Raphson, Newton-Raphson modified)
Control techniques by increment (force, displacement, arc length)
Termination schemes (convergent and divergent criterion)
Non-linearity of the material
Nonlinear
elastic Hyper elasticity (Mooney-Rivlin, Oden, Blatz Ko)
Plasticity (Von mise, Tresca, Drucker Prager)
Super elastic Nitinol
Viscoelastic
Material properties dependent on temperature
Membrane structure
Contact non-linearity
Nonlinear 3D contact analysis (with or without material nonlinearity)
Duration
2 days
Price
£ 1000
Audience
Draftsmen – Engineers
Prerequisites
Good knowledge of Solidworks
Reference
CAO970-F
Sessions
Contact us for more informations about session date