Introduction to geodynamic and landscape evolution numerical modeling

Pietro Sternai

English

The course will focus on the solution of the momentum, continuity, energy, stream power and diffusion equations based on the finite differences approach. The objective is to learn how to develop simple geodynamic and landscape evolution numerical models that can be applied to a wide range of disciplines within the Earth Sciences. Numerical models will be developed using MATLAB or other programming softwares.


Evaluation: YES

2 CFU - 20 Hours (8h lecture - 12h laboratory training)

Introduction to geodynamic and landscape evolution numerical modeling

Pietro Sternai

English

The course will focus on the solution of the momentum, continuity, energy, stream power and diffusion equations based on the finite differences approach. The objective is to learn how to develop simple geodynamic and landscape evolution numerical models that can be applied to a wide range of disciplines within the Earth Sciences. Numerical models will be developed using MATLAB or other programming softwares.


Evaluation: YES


2 CFU - 20 Hours (8h lecture - 12h laboratory training)

Staff

    Teacher

  • Pietro Sternai
    Pietro Sternai

Enrolment methods

Manual enrolments