FEA Academy

This course goes above and beyond into FEA. From laying the foundations of the method to more advanced topics. I highly recommned this course to others. Thanks !!

The course is so easy to understand and it is really practical. Thank you!

I enjoyed it very well. Watch the videos at least twice. Learn and practice. I really enjoyed it. Thanks

Dominique Madier and Steffan Evans clearly put a lot of effort into this course. They effectively demonstrate proper modeling techniques for non-linear analysis. I highly recommend both FEA Academy courses and eagerly await their new courses. I'm pretty sure theses courses will be invaluable for my career.

The course has provided me more confidence and clarity on how to perform the Non-Linear Analysis in my day to day work life

This course exceeded my expectations. The material presented was highly practical, and the discussion groups following each lecture offered valuable opportunities to clarify any uncertainties with the instructors. As a result, I now have a clearer understanding of my shortcomings in performing nonlinear analysis and how to address them effectively.

I recently completed the Nonlinear FEA course by Dominique Madier and found it to be an excellent deep dive into the complexities of nonlinear behavior in finite element simulations. The course is well-structured and suited for engineers or researchers with prior experience in linear FEA who want to build a solid foundation in nonlinear concepts. What I liked: The course does an outstanding job explaining the three primary types of nonlinearity: material, geometric, and contact. Each concept is introduced systematically with clear theoretical explanations supported by practical examples. Dominique’s teaching style is concise and technically precise, making it easier to grasp challenging topics such as convergence issues, incremental-iterative procedures, and solution strategies like the Newton-Raphson method. I particularly appreciated the emphasis on physical interpretation of nonlinear phenomena, which is often missing in more software-driven tutorials. The inclusion of real-world simulation issues (e.g., dealing with convergence failure, choosing appropriate boundary conditions, and understanding solver behavior) adds significant practical value. Overall, this course is a highly valuable resource for mechanical, civil, or aerospace engineers working on complex simulations involving nonlinear behavior. Dominique Madier's expertise is evident, and his ability to convey intricate topics in an accessible way makes this course a strong recommendation for anyone serious about advancing their FEA knowledge.