Reference problem ===================== Geometry --------- .. image:: images/Object_1.svg :width: 635 :height: 306 .. _RefImage_Object_1.svg: *L* = 10 Lengths are given in meters. :math:`\mathrm{0.1m}` thick rectangular plate embedded in .. image:: images/100001BC000052AF00003839EABC509CD1464190.svg :width: 635 :height: 306 .. _RefImage_100001BC000052AF00003839EABC509CD1464190.svg: and subjected to pressure: .. image:: images/Object_2.svg :width: 635 :height: 306 .. _RefImage_Object_2.svg: Material properties and cross-section characteristics ------------------------------------------------------ Elastic behavior: .. image:: images/Object_3.svg :width: 635 :height: 306 .. _RefImage_Object_3.svg: Boundary conditions and loading ------------------------------------ Embedding in .. image:: images/100001BC000052AF00003839EABC509CD1464190.svg :width: 635 :height: 306 .. _RefImage_100001BC000052AF00003839EABC509CD1464190.svg0: . We are looking for the successive states of equilibrium under the load consisting of pressure: .. image:: images/100001AC0000594C00002E4D6F7FAC3CC6C8A1B8.svg :width: 635 :height: 306 .. _RefImage_100001AC0000594C00002E4D6F7FAC3CC6C8A1B8.svg: ; .. image:: images/Object_4.svg :width: 635 :height: 306 .. _RefImage_Object_4.svg: pseudotime. We are particularly interested in horizontal and vertical movements and in the rotation at the center of the line. .. image:: images/Object_5.svg :width: 635 :height: 306 .. _RefImage_Object_5.svg: .