Lecture plan

The curriculum is taken from A. Quarteroni (Q), Numerical Models for Differential Problems, Springer 2008.
We will also use some material from Brenner & Scott (BS): The Mathematical Theory for Finite Element Methods, Springer 2008.

The topics included are:

  • Introduction
  • The Poisson equation:
    • Weak formulation
    • Finite element method
    • Implementation
    • Error analysis
  • Finite element function spaces
  • Abstract formalism
  • Steady convection-diffusion problem
  • Time-dependent convection-diffusion problem.

Schedule

Lectures: Tuesday and Wednesday.
Known changes are listed.
The topics will be described as we proceed.

Lecture Topics Reading
20.08 Introduction. FEM-History and FEM applications.
21.08 Poisson: PDE, Minimization and weak form. LN-1 and Chapter 1. in Quarteroni
27.08 Mathematical Background.
Chapter 2. in Quarteroni
28.08 Definitions of Lebesgue and Sobolov spaces Chapter 1. in Brenner & Scott
03.09 Abstract variational formulation of Poisson LN-1
04.09 Discretization of the Poisson Problem in \(R^1\) : Formulation. LN-2
10.09 Discretization of the Poisson problem in \(R^1\). Formulation (continue) LN-2
11.10 No lecture
17.09 Discretization of the Poisson Problem in \(R^1\): Theory LN-3
18.09 Discretization of the Poisson Problem in \(R^1\): Implementation LN-3
24.09 FEM for the Poisson Problem in \(R^2\) LN-4
25.09 FEM for the Poisson Problem in \(R^2\) (continnue) LN-4
01.10 No lecture
02.10 Abstract FEM: Construction of a Finite Element Space Chapter 3. in Brenner & Scott
08.10 Triangular elements Chapter 3. in Brenner & Scott
09.10 Triangular elements (continued) Chapter 3. in Brenner & Scott
15.10 Quadrilateral Elements Chapter 3. in Brenner and Scott
16.10 Summary of Abstract FEM. Lax-Milgram Chapter 3 in Brenner & Scott. Lax-Milgram.
22.10 No lecture - Start up phase of programming project
23.10 No lecture - Start up phase of programming project
29.10 Linear elasticity - Part 1
30.10 Linear elasticity - Part 2
12.11 Convection-Diffusion. Introduction ER-1
13.11 Convection-Diffusion: Example and theory ER-2 and ER-3
19.11 No lecture
20.11 Project presentations - Del 1.
22.11 Project presentations - Del 2. Deadline for the project.
2013-11-26, Trond Kvamsdal