Modelling of Flow and Transport in Porous Media (250803) – Course 2025/26 PDF
Contents
Conceptos Review of the governing equations
Specific Objectives
Introduction to basics review
Dedication
2h Large group + 2h 48m Self StudyDescription of the finite difference method to solve the flow equation Presentation of the finite element method to solve the equation of flow in porous media Solving exercises in class
Specific Objectives
Learned finite differences to solve the flow equation Learn the finite element method to solve the equation of flow in porous media Consolidate knowledge through exercises
Dedication
12h Large group + 4h Medium group + 22h 24m Self StudySolving the transport equation through Eulerian methods based on finite differences and finite elements Solving the transport equation with Lagrangian methods
Specific Objectives
Learn how to solve the equation Eulerian transport methods based on finite differences and finite elements Learn how to solve the transport equation with Lagrangian methods
Dedication
8h Large group + 11h 12m Self StudyNonlinear regression. Automatic calibration for solving the flow and transport equation Description of statistics associated with the automatic calibration
Specific Objectives
Learn automatic calibration Learn statistics associated with the automatic calibration
Dedication
7h 30m Large group + 10h 30m Self StudyUnconfined aquifers, unsaturated zone Nonlinear problems in the transport equation
Specific Objectives
Learn problem solving nonlinear Learn solving nonlinear problems
Dedication
3h 30m Large group + 4h 54m Self Studyworkshops
Specific Objectives
consolidate knowledge
Dedication
5h Laboratory classes + 7h Self StudyDedication
3h Laboratory classes + 4h 11m Self Study