C modeling
==============


Geometry
---------

It is identical to modeling A.


Boundary conditions and loading
------------------------------------

**For the mechanical problem:**

Boundary conditions and loads are the same as those in modeling A.

**For the thermal problem:**

The temperature is set at the origin: TEMP = 200.

A convective exchange with the outside is applied on the right edge.

.. code-block:: text

    Segment BORD_DRO: COEFF_H = 500. TEMP_EXT = 310.

A volume source is applied:

MOITIE1: SOUR = 18,000

MOITIE2: SOUR = 22,000

The other edges have zero flow.


Initial conditions
--------------------

The thermo-mechanical calculation is transitory, with mesh adaptation every 2 time steps. The very first thermal calculation is initialized by a stationary calculation. The following thermal calculations are initialized by the temperature field obtained in the previous calculation and updated on the new mesh.


Benchmark results
----------------------


.. csv-table::

    "", "**After adaptation 1**", "**After adaptation 2**", "**After adaptation 3**", "**After adaptation 4**"
    "TEMP ", "3.02571345 102", "3,03305718 102", "3,0303801408 102", "3,0887294988051 102"
    "XX", "1.24150129 10—2", "1.23762443 10—2", "", ""
    "DY", "— 2.54077755 10—2", "— 2.56470180 10—2", "", ""



notes
---------

In this series of adaptations, the degree 1 and degree 2 meshes necessary for thermal and mechanical calculation are produced at the same time.

The adaptation is controlled by error indicators, geometric areas or by the jump in movement.