Reference problem ===================== Geometry --------- .. image:: images/Object_1.svg :width: 480 :height: 360 .. _RefImage_Object_1.svg: height: :math:`h\mathrm{=}\mathrm{10m}` width: :math:`l\mathrm{=}1m` .. code-block:: text thickness: :math:`e\mathrm{=}1m` Material properties ---------------------- :math:`E\mathrm{=}39.5E+9\mathit{Pa}` :math:`\nu \mathrm{=}\mathrm{0,245}` :math:`\rho \mathrm{=}2370\mathit{kg}\mathrm{/}{m}^{3}` :math:`\alpha \mathrm{=}1.E\mathrm{-}5` For model ENDO_ISOT_BETON and under the BETON_ECRO_LINE keyword: :math:`{\sigma }_{y}={6.10}^{6}\mathrm{Pa}`; :math:`{E}_{T}=-{6.10}^{5}\mathrm{Pa}` For model MAZARS: :math:`k\mathrm{=}0.7`; :math:`{\varepsilon }_{\mathit{d0}}\mathrm{=}1.5{10}^{\mathrm{-}4}`; :math:`{A}_{c}\mathrm{=}1.15`; :math:`{A}_{t}\mathrm{=}1.0`;; :math:`{B}_{c}\mathrm{=}1391.3`; :math:`{B}_{t}\mathrm{=}10000.` Some characteristics related to the Thermo-Hydraulic problem are summarized in the following table: +------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------------------------------+ |Liquid water |Density ( |1.103 | + + :math:`{\mathrm{kg.m}}^{-3}` + + | |) | 4180 0.6619310-4 | + + + + | | Calorific capacity (:math:`J{\mathrm{kg}}^{-1}{K}^{-1}`) Coefficient of thermal expansion of liquid (:math:`{K}^{-1}`) | | + + + + | | | | +------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------------------------------+ |Vapeur |Calorific capacity |1870 | + + + + | | Molar mass (:math:`\mathrm{kg}{\mathrm{mole}}^{-1}`) | 28.96 10-3 | + + + + | | | | +------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------------------------------+ |Initial state |Porosity |0.149 | + + + + | | Capillary Pressure (:math:`\mathrm{Pa}`) Gas Pressure (:math:`\mathrm{Pa}`) Initial Liquid Saturation | 0. 1.013 E5 0.74 | + + + + | | | | +------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------------------------------+ |Constants |Ideal gas constant |8,315 | +------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------------------------------+ |Homogenized coefficients|Homogenized density |2265 | + + + + | | Capillary curve Biot Coefficient | | + + + .. image:: images/Object_8.svg + | | | :width: 480 | + + + :height: 360 + | | | | + + + + | | | | + + + + | | | | + + + 1 + | | | | +------------------------+--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------+------------------------------------------------------------------------------------------------------------------------+ Boundary conditions and loads ------------------------------------- The mechanical boundary conditions are such that displacements perpendicular to each of the facets are prevented. Wetting consists in the application of capillary pressure on the upper face of the structure, which decreases over time.