Reference problem
=====================


Geometry
---------

Y,

V

B

D

Pressure po

C1

O

h = 10

C

x,

U

B1

hr

A


Material properties
-----------------------

Thermal conductivity: :math:`\lambda =1`

Young's module:

.. image:: images/Object_2.svg
    :width: 93
    :height: 41


.. _RefImage_Object_2.svg:

, :math:`T=\mathrm{température}`

Poisson's ratio:

.. image:: images/Object_3.svg
    :width: 93
    :height: 41


.. _RefImage_Object_3.svg:


Boundary conditions and loads
-------------------------------------


Thermal
~~~~~~~~

:math:`T(0)=40`


.. image:: images/Object_4.svg
    :width: 93
    :height: 41


.. _RefImage_Object_4.svg:

On edge :math:`x=h/2`


.. image:: images/Object_5.svg
    :width: 93
    :height: 41


.. _RefImage_Object_5.svg:

On edge :math:`x=-h/2`


.. image:: images/Object_6.svg
    :width: 93
    :height: 41


.. _RefImage_Object_6.svg:

On edge :math:`y=h/2`


.. image:: images/Object_7.svg
    :width: 93
    :height: 41


.. _RefImage_Object_7.svg:

On edge :math:`y=-h/2`


Mechanics
~~~~~~~~

Point :math:`O` stuck (:math:`u=v=0`)

Next move :math:`x` stuck in :math:`B`

Uniform pressure :math:`\mathrm{po}` normally exerted on the contour: :math:`\mathrm{po}=1`.