you will need a named selection of the concrete bodies that you wish to change. This gives the user an APDL programming approach that permits a main routine, followed by many subroutines, all contained in one source file. To do many elements at once, insert a snippet in the analysis environment with the following. A macro library file identified by the ULIB command can access blocks inside itself with USE commands, passing argument lists are required. Solid 65 is an archived element type so the only way to modify this is through command snippets. Goto Select > Entities> Area (First drop down tab)> OK> (Select the surface containing nodes) Again Goto Select > Entities> Nodes (First drop down tab)> Attached to. With this command snippet the solve would fail, as reinforcing elements do not have the same shape (number of nodes) as link elements. I also noticed in your first picture that Model Type is set to Reinforcement. You can then also create a new material in engineering data that has the material properties (Modulus, Poissons, and biliniear isotropic hardening) that are in your script and apply that material to the links You can set Model Type to Link/Truss and this acheives the same thing as specifying LINK180. Your command snippet is nothing but changing the element type to links, and then specifying a material property.
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