Summary of results
======================


Adaptation No. 1
--------------

The transition from the initial mesh to mesh No. 1 is obtained by systematically cutting out all the triangles on the internal faces of the pipes. It can be seen that the support for these internal faces remains cylindrical.


.. image:: images/10000201000003EC0000031E432EBAD7A53CF4E3.png
    :width: 6.889in
    :height: 5.4752in


.. _RefImage_10000201000003EC0000031E432EBAD7A53CF4E3.png:

**Figure** 4.1-1 **.: Mesh No. 1**


Adaptation No. 2
--------------

The transition from mesh No. 1 to mesh No. 2 is obtained by systematically cutting out all the triangles on the external faces of the pipes. It can be seen that the support for these external faces remains cylindrical.


.. image:: images/10000201000003EC0000031E6614BB51E272CE42.png
    :width: 6.889in
    :height: 5.4752in


.. _RefImage_10000201000003EC0000031E6614BB51E272CE42.png:

**Figure** 4.2-1 **.: Mesh No. 2**


Adaptations No. 3 and No. 4
----------------------

The transition from mesh No. 2 to mesh No. 3, then from mesh No. 3 to mesh No. 4, is obtained by systematically cutting all the segments of the lines of the intersection between the 2 pipes. The refinement of the description of the intersection is increasing.


.. image:: images/10000201000003EC0000031E1547C66F17C6BCEA.png
    :width: 6.889in
    :height: 5.4752in


.. _RefImage_10000201000003EC0000031E1547C66F17C6BCEA.png:

**Figure** 4.3-1 **.: Mesh No. 4**


.. image:: images/10000201000003EC0000031EA7897E47C5D926BE.png
    :width: 6.889in
    :height: 5.4752in


.. _RefImage_10000201000003EC0000031EA7897E47C5D926BE.png:

**Figure** 4.3-2 **.: Mesh #4 — interior detail**