Modeling A ============== Characteristics of modeling A ------------------------------------- Modeling AXIS_FOURIER in mode 1 (the decomposition of the load is carried out according to mode 1). Characteristics of the mesh ---------------------------- Number of knots: 455 Number of meshes and types: 400 TRIA3, 160 QUAD4 Tested sizes and results ------------------------------ For :math:`\theta =45`, .. csv-table:: "**Size**", "**Component**", "**Location**", "**Reference Type**", "**Reference Value**", "**Tolerance**" "DEPL ", "DX", "Point D (:math:`\mathit{N461}`)", "'ANALYTIQUE'", ":math:`1.683587\times {10}^{-8}` m", "0.25%" "DEPL ", "DY", "Point D (:math:`\mathit{N461}`)", "'ANALYTIQUE'", ":math:`0.0` ", "1.E-14Pa" "DEPL ", "DZ", "Point D (:math:`\mathit{N461}`)", "'ANALYTIQUE'", ":math:`1.683587\times {10}^{-8}` "," 0.25%" "DEPL ", "DX", "Point C (:math:`\mathit{N460}`)", "'ANALYTIQUE'", ":math:`1.683587\times {10}^{-8}` "," 0.25%" "DEPL ", "DY", "Point C (:math:`\mathit{N460}`)", "'ANALYTIQUE'", ":math:`-3.36717\times {10}^{-10}` "," 5.2%" "DEPL ", "DZ", "Point C (:math:`\mathit{N460}`)", "'ANALYTIQUE'", ":math:`1.683587\times {10}^{-8}` "," 0.25%" "SIGM_ELNO "," SIXX ", "Point B (:math:`\mathit{N5}`)", "'ANALYTIQUE'", ":math:`-176.77` "," 1.3%" "SIGM_ELNO "," SIYY ", "Point B (:math:`\mathit{N5}`)", "'ANALYTIQUE'", ":math:`-412.48` "," 3.7%" "SIGM_ELNO "," SIZZ ", "Point B (:math:`\mathit{N5}`)", "'ANALYTIQUE'", ":math:`-176.77` "," 2.4%" "SIGM_ELNO "," SIXY ", "Point B (:math:`\mathit{N5}`)", "'ANALYTIQUE'", ":math:`0.0` ", "5.0 Pa" "SIGM_ELNO "," SIXX ", "Point A (:math:`\mathit{N1}`)", "'ANALYTIQUE'", ":math:`0.0` ", "45.0 Pa" "SIGM_ELNO "," SIYY ", "Point A (:math:`\mathit{N1}`)", "'ANALYTIQUE'", ":math:`0.0` ", "105.0 Pa" "SIGM_ELNO "," SIZZ ", "Point A (:math:`\mathit{N1}`)", "'ANALYTIQUE'", ":math:`0.0` ", "45.0 Pa" "SIGM_ELNO "," SIXY ", "Point A (:math:`\mathit{N1}`)", "'ANALYTIQUE'", ":math:`0.0` ", "30.0 Pa" notes --------- The test reveals the need, in models with linear elements, to use very fine meshes in order to achieve satisfactory results.