| File | What | When |
|---|---|---|
W08_lecture.html
(.qmd source) |
Lecture slides (second half of the session) — Parts A, B, C, D | in class |
W08_lab.ipynb
(Colab) |
Lab: the source’s locking table on quadrilaterals, reduced integration on triangles (no cure), the thickness effect against exact Reissner–Mindlin solutions, convergence rates, LLM exercise (a clamped circular plate) | in class (≈ 60 min), finish at home |
../projects/index.html |
Project topics A–J from the research of our department’s laboratories (or propose your own) — read before writing the proposal | before Week 9 |
W08_project_proposal.ipynb
(Colab) |
Term project proposal — a topic A–J or your own
problem: problem, model and weak form, numerical plan, verification
plan, smoke test (-np 2), LLM plan, risks, timeline,
AI-usage log |
due before Week 9 |
../dolfinx_0.11_api_reference.md |
DOLFINx 0.11 API reference sheet — §16p Reissner–Mindlin plates — paste it into your LLM | always |
The session starts with the midterm exam (Weeks 1–7, 90 minutes, concepts and code reading, closed-AI, closed-book, no computer).
There is no weekly homework this week; HW8 is set in Week 9.
Where code can run: the model module is written by
the %%writefile /tmp/fnx/plate.py cell — run it first. All
plate cells run with -np 2.
Before submitting the proposal: Runtime →
Restart session and run all (the smoke-test cell must run with
-np 2), fill in the AI-usage log, download the
.ipynb. An error inside a %%fenicsx cell does
not stop Run all — read every output before
you submit.
Week 9 starts with a 10-minute quiz on this week’s lecture (closed-AI).