.. _ResultsUser:

Results
==========

General results
^^^^^^^^^^^^^^^

They are applicable to beams, shells and solids
-  -  - **Units** - **Remarks** -
- Loadcases - One for every comb. loadcase - NONE - All results are displayed for the active loadcase -
- Displacements - Disp_X, Disp_Y, Disp_Z, [displacements] - m - Absolute displacements in global axes -



.. list-table:: General results
   :widths: 25 35 25 50
   :header-rows: 1

   * - Item
     - Symbol
     - Default units
     - Remarks
   * - Loadcases
     - One for every comb. loadcase.
     - NONE
     - All results are displayed for the active loadcase.
   * - Displacements.
     - Disp_X, Disp_Y, Disp_Z, [displacements].
     - :math:`m`
     - Absolute displacements in global axes.
   * - Rotations
     - Rot_X. Rot_Y, Rot_Z, [rotations].
     - :math:`rad`
     - Absolute rotations in global axes.
   * - Velocities
     - Vel_X. Vel_Y, Vel_Z, [velocities].
     - :math:`m/s`
     - Absolute velocities in global axes. Only available in dynamic analysis.
   * - Accelerations
     - Accel_X. Accel_Y, Accel_Z, [velocities].
     - :math:`m/s^2`
     - Absolute accelerations in global axes. Only available in dynamic analysis.
   * - Vibration modes
     - One for every mode.
     - :math:`m`
     - Absolute displacements in global axes. Only available in dynamic analysis. NOTE: the displacement value does not represent the real value deflection of the structure, only its shape.
   * - Vibration modes rotations
     - One for every mode.
     - :math:`rad`
     - Absolute rotations in global axes. Only available in dynamic analysis if :guilabel:`Rotations` is set in :guilabel:`Dynamic Output`.
   * - Reactions
     - X, Y, Z.
     - :math:`N`.
     - They are nodal vectors.
   * - Momentus reactions
     - :math:`M_x`, :math:`M_y`, :math:`M_z`.
     - :math:`N·m`
     - They are nodal vectors. Not applicable for solids.
   * - Kinetic energy
     -  --
     - :math:`N·m`
     - It is a scalar result saved un node 1. Only available in dynamic analysis if :guilabel:`Global parameters` is set in :guilabel:`Dynamic Output`.
   * - Potential energy
     -  --
     - :math:`N·m`
     - It is a scalar result saved un node 1. Only available in dynamic analysis if :guilabel:`Global parameters` is set in :guilabel:`Dynamic Output`.
   * - Elastic strain energy
     -  --
     - :math:`N·m`
     - It is a scalar result saved un node 1. Only available in dynamic analysis if :guilabel:`Global parameters` is set in :guilabel:`Dynamic Output`.
   * - Total energy
     -  --
     - :math:`N·m`
     - It is a scalar result saved un node 1. Only available in dynamic analysis if :guilabel:`Global parameters` is set in :guilabel:`Dynamic Output`.
   * - Linear momentum
     -  :math:`p_x`, :math:`p_y`, :math:`p_z`, [Linear_Momentum].
     - :math:`N·s`
     - It is a vector result saved un node 1. Only available in dynamic analysis if :guilabel:`Global parameters` is set in :guilabel:`Dynamic Output`.
   * - Angular momentum
     -  :math:`L_x`, :math:`L_y`, :math:`L_z`, [Angular_Momentum].
     - :math:`N·m·s`
     - It is a vector result saved un node 1. Only available in dynamic analysis if :guilabel:`Global parameters` is set in :guilabel:`Dynamic Output`.




Results in beams
^^^^^^^^^^^^^^^^


.. list-table:: General results
   :widths: 25 35 25 50
   :header-rows: 1

   * - Item
     - Symbol
     - Default units
     - Remarks
   * - Beam displacements
     - Module.
     - :math:`m`
     - AAbsolute displacements in global axes.
   * - Beam velocities.
     - Module.
     - :math:`m/s`
     - Absolute velocities in global axes. Only available in dynamic analysis.
   * - Beam accelerations.
     - Module.
     - :math:`m/s^2`
     - Absolute accelerations in global axes. Only available in dynamic analysis.
   * - Axial force
     - N.
     - :math:`N`
     - Axial force in the beam.
   * - Momentum
     - :math:`M_y`. :math:`M_z`.
     - :math:`N·m`
     - Momentum in the local axes of the beam.
   * - Shear.
     - :math:`Q_y`. :math:`Q_z`.
     - :math:`N`
     - Shear strength in the local axes of the beam.
   * - Torsor.
     - T
     - :math:`N·m`
     - Torsor momentum in the beam.
   * - Beam local axes
     - --
     - --
     - Strengths are expressed in these axes.
   * - Steel resistance factor
     - --
     - Non-dimensional
     - A factor, calculated only for profiles of the steel library, that means safe if :math:`R_F<1` and non-safe for :math:`R_F>1`.


Next, the sign criteria for momentums are shown.

Sign criteria for Y' momentum is:



Results in shells
^^^^^^^^^^^^^^^^^

Results in solids
^^^^^^^^^^^^^^^^^