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The Finite Difference Method
Lecture 1 - Algorithms and implementations for exponential decay models
Lecture 2 - Analysis of exponential decay models
Lecture 3 - A simple vibration problem
Lecture 4 - The finite difference method
Lecture 5 - Finite difference methods for the wave equation
Lecture 6 - Two-dimensional problems
Lecture 7 - Postprocessing and interpolation
Variational methods
Lecture 8 - Function approximation with global functions
Lecture 9 - Function approximation with Chebyshev polynomials and in 2 dimensions
Lecture 10 - Function approximation by the finite element method
Lecture 11 - Solving PDEs with the method of weighted residuals
Lecture 12 - Solving PDEs with the finite element method
Lecture 13 - Time-dependent variational methods
Mandatory assignments
1. Mandatory assignment due 11/10-2024
2. Mandatory assignment due 13 November - 2024
Some suggested solutions
1. Suggested solutions weekly assignments - lectures 8 and 9
2. Suggested solutions weekly assignments - lecture 10
3. Suggested solutions weekly assignments - lecture 11
4. Suggested solutions weekly assignments - lecture 13
Index
