*realizeentity - Memberpanels

Inputs

connectpanel=<value>: The flag to know if realized panel should be connected to members and memberjoints legs using CBUSH elements. Valid values are 1 and 0.
elemtype=<value>: The type of 2D elements to be created. Valid values are:; 0 - Trias elements; 1 - Quads elements; 2 - Mixed elements; 3 - R-Trias elements; 4 - Quads only
elemsize=<value>: The size of the 1D elements to be created.
id=<memberpanel_id>: Valid member panel ID to realize.
k1=<value>: Nominal stiffness value in direction 1 for CBUSH.
k2=<value>: Nominal stiffness value in direction 2 for CBUSH.
k3=<value>: Nominal stiffness value in direction 3 for CBUSH.
k4=<value>: Nominal stiffness value in direction 4 for CBUSH.
k5=<value>: Nominal stiffness value in direction 5 for CBUSH.
k6=<value>: Nominal stiffness value in direction 6 for CBUSH.
refentitymark=<mark_id>: The ID of the mark containing the realized entities defining the boundaries to create the panel. Valid values are 1 and 2.
refentitytype=<value>: The type of entities in mark to define boundaries. Valid values are elements and components.
reusemeshcontrols=<value>: The flag to know if the mesh controls of the existing panel should be reused or if provided element type and element size should be used instead. Valid values are 1 and 0. If set to 1, the meshing inputs will be fetched from existing mesh control stored within the solver representation that is assigned to the memberpanel.

To realize a member panel from members components:

*createmark components 1 2-5
*realizeentity memberpanels id=1 refentitytype=comps refentitymark=1
connectpanel=0 elemtype=2 elemsize=40

2022