General
Course Outline:
RADIOSS has established itself worldwide, as a major nonlinear solver that is used in automotive industry, aerospace and mechanical engineering field. With a variety of nonlinear material and failure models, fully automatic contacts and a large number of features RADIOSS helps in predicting crash-, impact- and forming problems. This two-day training provides further, in-depth information for users who already have experience in dealing with the non-linear simulation with RADIOSS. Using a variety of exercises, important and advanced features of RADIOSS are discussed and practiced.
Prerequisites
Basic RADIOSS knowledge
Goals and Objectives:
- Modeling of bolts, spotwelds and bondings
- Modeling of joints
- Nonlinear contacts, friction laws, modeling of press fits
- How to take account results from previous simulations
- Run time reduction via time step control, cut methodology and multidomain technique
- Thermal analysis
- Include and Submodeling Structure
- Restarts and Sensors
- Robustness and parametric studies in HyperStudy
- Nonlinear optimization
- Parameter identification with Compose