B modeling
==============


Characteristics of modeling
-----------------------------------

**AXIS (TRIA6)**


.. image:: images/100000000000021C000000BF9590DB69CA285EF8.png
    :width: 5.7575in
    :height: 2.0063in


.. _RefImage_100000000000021C000000BF9590DB69CA285EF8.png:


Characteristics of the mesh
----------------------------


.. csv-table::

    "Number of knots:", "805"
    "Number of meshes and types:", "320 TRIA6 (and 80 SEG3)"



Tested sizes and results
------------------------------


.. csv-table::

    "**Identification**", "**Reference**", "**tolerance**"
    "Temperature (°C)", "", ""
    "", "", ""
    "z = 0.0 r = .0 (N1:a)", "0.00", "00001"
    "r=.01 (N5:d)", "0.00", "00001"
    "z = 0.1 r = .0 (n81)", "4.00"," 1%"
    "r = .01 (n85)", "4.00"," 1%"
    "z = 0.2 r = .0 (n161)", "4.00"," 1%"
    "r = .01 (n165)", "4.00"," 1%"
    "z = 0.3 r = .0 (n241)", "24.00"," 1%"
    "r = .01 (n245)", "24.00"," 1%"
    "z = 0.4 r = .0 (n321)", "56.00"," 1%"
    "r = .01 (n325)", "56.00"," 1%"
    "z = 0.5 r = .0 (n401)", "100.00"," 1%"
    "r = .01 (n405)", "100.00"," 1%"
    "z = 0.6 r = .0 (n481)", "156.00"," 1%"
    "r = .01 (n485)", "156.00"," 1%"
    "z = 0.7 r = .0 (n561)", "224.00"," 1%"
    "r = .01 (n565)", "224.00"," 1%"
    "z = 0.8 r = .0 (n641)", "304.00"," 1%"
    "r = .01 (n645)", "304.00"," 1%"
    "z = 0.9 r = .0 (n721)", "396.00"," 1%"
    "r = .01 (n725)", "396.00"," 1%"
    "z = 1.0 r = .0 (N801:b)", "500.00", "00001"
    "r=.01 (N805:c)", "500.00", "00001"


(*: Imposed temperature)


notes
---------

Volume heat :math:`\rho {C}_{P}` is not a step in this test, but must be declared for the*Code_Aster*. We take :math:`\rho {C}_{P}=1.0J/{m}^{\mathrm{3 }}°C`.

Boundary condition :math:`\varphi =0.` is implicit on free edges.