Numerical modelling in geodynamics

The course "Numerical Modeling in Geodynamics" is designed to provide students with a solid foundation in numerical modeling techniques and their practical applications in the field of geodynamics.

Throughout the course, students will receive an in-depth introduction to the Finite Element Method (FEM), a powerful numerical technique widely employed in geophysics and engineering to solve complex problems. By mastering FEM, participants will acquire the skills necessary to create accurate numerical models that simulate various geodynamic phenomena. The course employs a balanced approach, combining theoretical concepts with practical applications.

A significant focus of this course lies in the development of numerical models. During the course student will develop codes to simulate surface processes of erosion and deposition (landscape evolution) and heat conduction (conductive cooling of intrusion).

Also, by the end of the course students will be introduced to the popular FEM thermomechanical modeling software ASPECT (Advanced Solver for Planetary Evolution, Convection, and Tectonics). With the help of the code, they will model mantle convection and lithosphere-scale processes.

The course requires basic knowledge of programming (preferably MATLAB or Python) and a basic understanding of linear algebra. The actual timetable for the course will be discussed after the students have enrolled.