Reference problem ===================== Geometry --------- The field studied is a horizontal semi-infinite medium. In practice it measures :math:`\mathrm{3m}`. C .. image:: images/Shape1.gif .. _RefSchema_Shape1.gif: D B A Coordinates of the points (:math:`m`): .. csv-table:: ":math:`A` ", "0", "0"," 0", ":math:`C` ", "3", "0.1" ":math:`B` ", "3", "0"," 0", ":math:`D` ", "0", "0.1" Material properties ---------------------- We only give here the properties on which the solution depends, knowing that the command file contains other material data (elasticity modules,...) which ultimately play no role in the solution of the problem at hand. +----------------------+-------------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ |Liquid water |Density ( |1000 | + + :math:`{\mathit{kg.m}}^{\mathrm{-}3}` + + | |) | 1 | + + + + | | Viscosity | | + + + + | | | | +----------------------+-------------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ |Homogenized parameters|Permeability |:math:`\mathrm{1,625E-5}m\mathrm{/}s` | + + :math:`K` + + | | | 0.3 | + + Porosity + + | | Sorption isothermal | .. image:: images/Object_1.svg | + + Relative permeability + :width: 266 + | | | :height: 47 | + + + + | | | | + + + + | | | | + + + .. image:: images/Object_2.svg + | | | :width: 266 | + + + :height: 47 + | | | | + + + + | | | | + + + + | | | | +----------------------+-------------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ |Initial state |Pressure | | + + + .. image:: images/Object_3.svg + | | | :width: 266 | + + + :height: 47 + | | | | + + + + | | | | +----------------------+-------------------------------------------------------------------------------------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+ Boundary and initial conditions ----------------------------------- They are expressed on capillary pressure: .. image:: images/Object_4.svg :width: 266 :height: 47 .. _RefImage_Object_4.svg: .. image:: images/Object_5.svg :width: 266 :height: 47 .. _RefImage_Object_5.svg: and .. image:: images/Object_6.svg :width: 266 :height: 47 .. _RefImage_Object_6.svg: We are in Richards' condition: .. image:: images/Object_7.svg :width: 266 :height: 47 .. _RefImage_Object_7.svg: