Principle of the test
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In mechanics:
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* EVOL_CHAR: This keyword is used to apply evol_char loads that evolve over time such as evol_char produced by LIRE_RESU [:ref:`U7.02.01 <U7.02.01>`] and containing pressure fields.


* PRES_REP: This keyword is used to apply pressure to a 2D or 3D continuous medium domain, pressure to a COQUE_3D shell, or shear to a 2D continuous medium domain.


* FORCE_CONTOUR: This keyword is used to apply linear forces, at the edge of a 2D element domain, defined component by component in the global coordinate system. This contour is defined by one or more cells or groups of segment-type cells.

The loads are applied to the top of a cylinder, locked at its base and modelled axisymmetrically.

We check that the solution is good with the operators MECA_STATIQUE, STAT_NON_LINE,, DYNA_NON_LINE, THER_LINEAIRE and DYNA_VIBRA.


In thermal:
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The objective is to validate the need expressed by the METRONOME project.

For the fields corresponding to a heat exchange (T_ EXT and COEF_H), we validate that the calculation is possible with maps created by CREA_CHAMP or with fields by elements read in the 'MED' format (LIRE_RESU), then projected onto another mesh.

This documentation is deliberately brief