Reference problem ===================== Geometry --------- .. image:: images/100068F8000069D5000024E6F4E9873107F659D0.svg :width: 674 :height: 235 .. _RefImage_100068F8000069D5000024E6F4E9873107F659D0.svg: Material properties ----------------------- *Modeling A* :math:`E=1.0\mathrm{MPa}` :math:`\nu =0.3` :math:`k=1.0W/(\mathrm{m.}°C)` :math:`{C}_{p}=0J/(°{\mathrm{C.m}}^{3})` *B Modeling* :math:`{E}_{L}=1.0\mathrm{MPa}` :math:`{E}_{T}=0.9\mathrm{MPa}` :math:`{E}_{N}=0.8\mathrm{MPa}` :math:`{\nu }_{\text{LT}}=0.1` :math:`{\nu }_{\text{LN}}=0.25` :math:`{\nu }_{\mathrm{TN}}=0.3333333` :math:`k=1.0W/(\mathrm{m.}°C)` :math:`{C}_{p}=0J/(°{\mathrm{C.m}}^{3})` Boundary conditions and loads ------------------------------------- * 3D mechanics: +------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------------------------------------+ |Plan :math:`z=0`: |:math:`\mathrm{dz}=0` |for membrane loading; | + + + + | | :math:`\mathrm{dx}=0`, :math:`\mathrm{dy}=0` | for flexure loading | + + + + | | | | +------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------------------------------------+ |Maps :math:`y=0`, :math:`y=1`:|:math:`\mathrm{dy}=0` | | +------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------------------------------------+ |Maps :math:`x=0`, :math:`x=1`:|:math:`\mathrm{dx}=0` | | +------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------------------------------------+ |Bow: :math:`O` |:math:`\mathrm{dz}=0` |(for flexure loading only) | +------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------------------------------------+ |Loading: | | | + + + .. image:: images/Object_1.svg + | | | :width: 674 | + + + :height: 235 + | | | | + + + :math:`{z}_{0}=\mathrm{1m}` + | | | | +------------------------------+---------------------------------------------------------------------------------+---------------------------------------------------------------------------------------------------------------+ * 2D mechanics, plane constraints: .. csv-table:: "Axis: :math:`x=0` Node: :math:`O` "," :math:`\mathrm{dx}=0` :math:`\mathrm{dy}=0` ", "(these conditions do not correspond to the application of the homogenization method)." Loading: deformation .. image:: images/Object_2.svg :width: 674 :height: 235 .. _RefImage_Object_2.svg: * 3D and 2D thermal: .. csv-table:: "Plan :math:`x=0` "," :math:`\mathrm{temp}=0` ", "(this condition does not correspond to the application of the homogenization method)." Loading: gradient .. image:: images/Object_3.svg :width: 674 :height: 235 .. _RefImage_Object_3.svg: imposed uniform.