Module 1: Finite Difference Computing with Exponential Decay Models
(The most important parts: Algorithms & Analysis)
- Official open-access book published at Springer
- Traditional LaTeX formats: for electronic viewing, for printing, for printing w/2 pages per sheet
- Sphinx ebook or HTML Bootstrap ebook
- Study guides
Subject: Algorithms and implementations
- HTML formats: reveal.js dark, reveal.js beige, plain HTML one big file, solarized HTML one big file
- LaTeX Beamer: slides for electronic viewing, handouts
Subject: Analysis
- HTML formats: reveal.js dark, reveal.js beige, plain HTML one big file, solarized HTML one big file
- LaTeX Beamer: slides for electronic viewing, handouts
Subject: Generalizations
- HTML formats: reveal.js dark, reveal.js beige, plain HTML one big file, solarized HTML one big file
- LaTeX Beamer: slides for electronic viewing, handouts
Module 2: Finite difference methods for vibration problems
(The most important parts: Finite difference discretization & Analysis)
- Traditional LaTeX formats: standard format for screen viewing, A4 format for printing, or compact 2 pages per sheet
- HTML formats: Bootstrap HTML (recommended for phones), Solarized style, Sphinx style
- Study guides
Module 3: Finite difference methods for wave motion
(The most important parts: Finite difference discretisation, Verification & Analysis)
- Traditional LaTeX formats: standard format for screen viewing, A4 format for printing, or compact 2 pages per sheet
- HTML formats: Bootstrap HTML (recommended for phones), Solarized style, Sphinx style
- Study guides
Supporting material: Scientific software engineering; wave equation model
- Traditional LaTeX formats: standard format for screen viewing, A4 format for printing, or compact 2 pages per sheet
- HTML formats: Bootstrap HTML (recommended for phones), Solarized style, Sphinx style
Supporting material: Finite difference methods for diffusion equations
- Traditional LaTeX formats: standard format for screen viewing, A4 format for printing, or compact 2 pages per sheet
- HTML formats: Bootstrap HTML (recommended for phones), Solarized style, Sphinx style
Supporting material: Truncation error analysis
- Traditional LaTeX formats: standard format for screen viewing, A4 format for printing, or compact 2 pages per sheet
- HTML formats: Bootstrap HTML (recommended for phones), Solarized style, Sphinx style
Springer open-access book: "Finite Difference Computing with PDEs"
(This book thoroughly covers modules 2, 3 and the above supporting material.)
Module 4: Approximation of functions
(The most important parts: Approximation of functions & Finite element basis functions)
- Traditional LaTeX formats: standard format for screen viewing, A4 format for printing, or compact 2 pages per sheet
- HTML formats: Bootstrap HTML (recommended for phones), Solarized style, Sphinx style
- Study guides
Module 5: Stationary variational forms
(The most important parts: Basic principles, Computing with finite elements & Handling Dirichlet and Neumann boundary conditions)
- Traditional LaTeX formats: standard format for screen viewing, A4 format for printing, or compact 2 pages per sheet
- HTML formats: Bootstrap HTML (recommended for phones), Solarized style, Sphinx style
- Study guides
Supporting material: FEniCS tutorial version 1.6
Module 6: Time-dependent variational forms
(The most important parts: All)
- Traditional LaTeX formats: standard format for screen viewing, A4 format for printing, or compact 2 pages per sheet
- HTML formats: Bootstrap HTML (recommended for phones), Solarized style, Sphinx style
- Study guides
Module 7: Solving nonlinear ODE and PDE problems
(The most important parts: All except multi-dimensional PDE problems)
- Traditional LaTeX formats: standard format for screen viewing, A4 format for printing, or compact 2 pages per sheet
- HTML formats: Bootstrap HTML (recommended for phones), Solarized style, Sphinx style
- Study guides
Further reading: Variational forms for systems of PDEs
- Traditional LaTeX formats: standard format for screen viewing, A4 format for printing, or compact 2 pages per sheet
- HTML formats: Bootstrap HTML (recommended for phones), Solarized style, Sphinx style
Book manuscript: "Introduction to Numerical Methods for Variational Problems"
(This book thoroughly covers modules 4,5,6,7 and more.)