Summary
In this lecture, we'll cover the following:
- Recap of the tools and skills developed throughout the course.
- Restate the importance of understanding finite element analysis (FEA) fundamentals.
- Introduction to the next step: extending from plate elements to shell elements.
In this lecture, we reflect on the journey through the course and consolidate what we have achieved. We highlight the practical skills we have developed, including working with tools such as OpenSeesPy, PyNite, Gmsh, and our own custom scripts. More importantly, we reinforced our understanding of how finite element analysis operates behind the scenes, with particular focus on how the Reissner–Mindlin formulation enables accurate modelling of both thick and thin plate behaviour.
We also look ahead to the natural progression of these ideas, noting that shell elements build directly on the plate formulations we have already developed. We recognise that much of the complexity has already been addressed, making the transition to shell analysis relatively straightforward. This lecture also includes a link to request your course completion certificate.
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Finite Element Analysis of Plate and Shell Structures: Part 1 - Plates
An analysis pipeline for thick and thin plate structures, a roadmap from theory to toolbox
After completing this course...
- You will understand how Reissner-Mindlin theory enables us to accurately capture both thin and thick plate behaviour.
- You will understand how to turn the fundamental mechanics of plate behaviour into a custom finite element solver written in Python.
- You will have developed meshing workflows that utilise the powerful open-source meshing engine, GMSH.
- In addition to using your own custom finite element code, you will be comfortable validating your results using OpenSeesPy and Pynite.