.. _V1.01.298:

**v1.01.298** ZZZZ298 — Computational validation of POST_K1_K2_K3
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**Summary:**

The purpose of this test is to validate operator POST_K1_K2_K3 in an elementary way. This test does not necessarily have a physical meaning, it is essentially a computer test.

Modeling A:


* Modeling: 3D, mesh crack (FEM)


* Solving a linear elastic mechanical problem

Modeling B:


* Modeling: 3D, non-meshed crack (X- FEM)


* Solving a linear elastic mechanical problem

C modeling:


* Modeling: C_ PLAN, mesh crack (FEM)


* Solving a modal analysis problem

D modeling:


* Modeling: AXIS, C_ PLAN and D_ PLAN, mesh crack (FEM)


* Solving a linear elastic mechanical problem, with control variables

E modeling:


* Modeling: D_ PLAN, non-meshed crack (X- FEM)


* Solving a linear elastic mechanical problem, with control variables

Although this test is computational in nature and we can be content with deliberately brief documentation, some models are more detailed:


* models A and B are fully documented;


* the C modeling, from test case SDLS114A, is not documented;


* the D modeling, from test case FORMA05A, is not documented;


* modeling E, from test case FORMA06A, is not documented.


.. toctree::
    :hidden:

    self

.. toctree::
    :maxdepth: 2
    :numbered:

    Probl_me_de_r_f_rence_pour_les_mod_lisations_A_et_B
    Mod_lisation_A___fissure_maill_e_
    Mod_lisation_B___fissure_X-FEM