Understand the basics and mathematics of non-linear finite element analysis
Attend this webinar and learn the basics of non-linear finite element analysis and how non-linear FE analysis allows you to simulate complex phenomena like plasticity, collapse, non linear buckling
Understanding the physical properties and fundamental behavior of a non-linear structure is essential in order to design a competitive product or troubleshoot unexpected issues. Non-linear finite element analysis is the tool allowing to take into account material and geometric non-linarities in order to simulate complex phenomena like plasticity, collapse, non- linear buckling
In this first webinar (basics, part 1), you will learn:
- What makes a structure non-linear
- The principles of non-linear FE simulation
- Typical examples of non-linear FE models
The second webinar (advanced non-linear FE analysis) gives you the insights in :
- Numerical aspects of non-linear FE analysis
- How to address shell and beams, composites, rotor dynamics, …
- Coupled problems like thermos-mechanical analysis, fluid structure interaction