.. _example-channel: Channel ======= Problem description ------------------- .. figure:: /figures/ex_channel_0.png :name: fig_channel0 :width: 3in :align: center Cross section of the pipe [CHEN2010]_. This example has a cross section of a highly heterogeneous channel. This cross section geometry can be defined as shown in :numref:`Fig. %s ` [CHEN2010]_. The isotropic material properties are given in :numref:`Table %s `. The layup is defined having a single layer with the thickness 0.001524 m. The result is shown in :numref:`Table %s ` and compared with those in [CHEN2010]_. Complete input files can be found in ``examples\ex_channel\``, including ``channel.xml`` and ``materials.xml``. .. figure:: /figures/ex_channel_1.png :name: fig_channel1 :width: 6in :align: center *Base point*\ s, *Base line*\ s and *Segment*\ s of the channel cross section. .. figure:: /figures/ex_channel_mesh.png :name: fig_channel_mesh :width: 4in :align: center Meshed cross section viewed in Gmsh. .. csv-table:: Material properties :name: table_channel_materials :header-rows: 2 :align: center "Name", "Type", "Density", |e|, |nu| , , |den_si|, |mod_si_g|, "mtr1", "isotropic", 1068.69, 206.843, 0.49 .. csv-table:: Layups :name: table_channel_layups :header-rows: 2 :align: center "Name", "Layer", "Material", "Ply thickness", "Orientation", "Number of plies" , , , |len_si|, :math:`\circ`, "layup1", 1, "mtr1", 0.001524, 0, 1 Result ------ .. table:: Results :name: table_channel_result =================================== ======================== =================================== =================================== =================================== =================================== :math:`\phantom{-}1.906\times 10^7` :math:`0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`-4.779\times 10^4` :math:`-1.325\times 10^5` :math:`\phantom{-}0.0` :math:`2.804\times 10^6` :math:`\phantom{-}2.417\times 10^5` :math:`\phantom{-}2.128\times 10^4` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`2.417\times 10^5` :math:`\phantom{-}2.146\times 10^6` :math:`-7.663\times 10^3` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`2.128\times 10^4` :math:`-7.663\times 10^3` :math:`\phantom{-}2.091\times 10^2` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`-4.779\times 10^4` :math:`0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}2.011\times 10^3` :math:`\phantom{-}9.104\times 10^2` :math:`-1.325\times 10^5` :math:`0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}9.104\times 10^2` :math:`\phantom{-}1.946\times 10^3` =================================== ======================== =================================== =================================== =================================== =================================== .. table:: Results from reference [CHEN2010]_ :name: table_channel_result_ref =================================== ======================== =================================== =================================== =================================== =================================== :math:`\phantom{-}1.903\times 10^7` :math:`0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`-4.778\times 10^4` :math:`-1.325\times 10^5` :math:`\phantom{-}0.0` :math:`2.791\times 10^6` :math:`\phantom{-}2.364\times 10^5` :math:`\phantom{-}2.122\times 10^4` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`2.364\times 10^5` :math:`\phantom{-}2.137\times 10^6` :math:`-7.679\times 10^3` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`2.122\times 10^4` :math:`-7.679\times 10^3` :math:`\phantom{-}2.086\times 10^2` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`-4.778\times 10^4` :math:`0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}2.010\times 10^3` :math:`\phantom{-}9.102\times 10^2` :math:`-1.325\times 10^5` :math:`0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}0.0` :math:`\phantom{-}9.102\times 10^2` :math:`\phantom{-}1.944\times 10^3` =================================== ======================== =================================== =================================== =================================== ===================================