From Numerical Models for Differential Problems by Quarteroni:

• 1.1-1.4
• 2.1-2.7.
• 3.1-3.6
• 4.1-4.5
• 5.1
• 6.1-6.5
• 8 (Covered in your project.)

From The Mathematical Theory of Finite Element Methods by Brenner & Scott:

• Chapter 1
• Chapter 3

Notes:

• LN-1: FEM for Elliptic Problems - Variational Formulation: The Possion problem
• LN-2: Discretization of the Poisson problem in \(R^1\): Formulation
• LN-3: Discretization of the Poisson Problem in \(R^1\): Theory and implementation
• LN-4: FEM for the Poisson Problem in \(R^2\)
• ER-1: Steady Convection-Diffusion: Introduction
• ER-2: Steady Convection-Diffusion: Example
• ER-3: Steady Convection-Diffusion: Theory

Notice: Linear elasticity will not be part of the curriculum for the exam.

All exercises and solutions, except exercise 5.4.

Notice: There is overlap between the lecture notes and the given book sections above.