POPULARIZATION
https://www.linkedin.com/pulse/possible-build-aircraft-wing-lego-joseph-morlier/
A visual introduction to FEA
Bibliography Recommendation to FEA
LECTURES
8 videoconferences (lessons/Exercices) done. 4 videoconferences (nastran) done.
4 lectures Linear FEA Please read it carrefully in autonomy. Largely inspired by Prof Haftka's course
Have a look to the course exercice in the 2 repo AssignementC1toC2 AssignementC3toC4
The slides of the different courses are available on SUPAERO's LMS with supplementary materials (video, Nastran), assignements (matlab) & projects (matlab, nastran, abaqus).
TUTORIALS (MATLAB)
I'm using a lot symbolic computation but in the scope of the course: you'll need to do Gauss integration (exact integration for polynoms) because of the shape functions are often polynomial...
You can find on LMS the full content of the handwritten exercices on FEA. EXERCICES PC
https://v2.overleaf.com/project/5b92449b27c88a7311a508fd
Prof, can you help us to understand the plate modeling and bending behaviour? Thanks to S. Coniglio phD ! Plate2D_Bending
EnterFEA Youtube channel
REFERENCES
I strongly recommend to read and learn from this MIT's book
https://web.mit.edu/kjb/www/Books/FEP_2nd_Edition_4th_Printing.pdf
You can also find on LMS Lecture Note on Finite element + Nastran thanks to Prof Dr.-Ing. Ansgar Neuenhofer, Technische Hochschule Köln
LECTURE NOTE FE
https://v2.overleaf.com/project/57fe421839536a6d421c2734
For SUPAERO's 3rd year, you can file an archive with french course on sizing, beam's theory, structural dynamics and plate computing.
For SUPAERO's 2nd year, LECTURE NOTE in french Nastran
Recap Structural Mechanics