Finite Element Modeling in Geodynamics Logo

Course information

  • Course details
  • Installation guide

Lecture 1

  • Overview
  • Introduction: The Finite Differences Method (FDM)
  • Example 1: Cooling dike
  • Example 2: Cooling dike - implicit version
  • Example 3: Periodic variations in seafloor temperature
  • Transport problems with FDM

Lecture 2

  • Overview
  • Introduction: Method of Weighted Residuals (MWR)
  • MWR solutions of the steady advection-diffusion equation
  • Excercises

Lecture 3

  • Overview
  • Introduction Finite Element Method (FEM)
  • FEM implementation
  • FEM and advection problems

Lecture 4

  • Overview
  • 2-D FEM - elliptic problems
  • Implementation

Lecture 5

  • Overview
  • Triangles: unstructured meshes
  • Excercise

Lecture 6

  • Overview
  • Transient heat diffusion
  • Coupled diffusion problems

References

  • References

Getting help

  • Prof. Lars Ruepke
  • Dr. Zhikui Guo
  • Public site
  • University site
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