Goals

The course aims to introduce the theoretical foundations and analytical tools for modelling porous media, particularly those saturated with a fluid, using a multiphysics approach (mechanical, hydraulic, thermal).

Skills:

  • Master the conservation equations (mass, momentum, energy)
  • Describe the mechanical and thermodynamic behaviour of a biphasic porous medium
  • Understand and apply constitutive laws (poroelasticity, thermoporoelasticity, poroviscoelasticity)
  • Model and interpret fluid-solid interactions at the macroscopic scale
  • Work with physical quantities in both Lagrangian and Eulerian frameworks

Programme

  1. Kinematics & deformation
  2. Representation of internal actions
  3. Thermodynamic analysis
  4. Linear thermoporoelasticity: general equations
  5. Linear Isotropic poroelasticity: formulation & applications
  6. Linear Isotropic thermoporoelasticity: applications
  7. Poroviscoelasticity: a simple model & applications
Course
27h
 

Code

25_M_GC_MEAGC_S3_CM_2

Responsibles

  • Francesco FROIIO

Language

French

Keywords

Porous media Kinematics Deformation Internal actions Thermodynamics Viscoelasticity