...
Select the PMM ratios option from the list of design output.
The PMM ratio values of the steel elements will be seen in the perspective view. The PMM ratio greater than 1 means that the steel element is insufficient.
Select deflection failure limit from the list of design output .
In the perspective view, the steel elements with deflection control and their results will be seen.
Click on the Steel tab in the ribbon menu .
Open the Steel list in the Design section and click the Column command.
...
The Steel DEsignDesign window will open.
Steel Columns will be listed in this window and the PMM ratio and loading combination used in the design will be displayed.
Select any column from the Steel Design window and click the Details button.
Section properties, material properties, internal forces designed under the selected combination forces & moments, axial force and biaxial bending control values of the opened window steel column can be examined.
In addition, the K coefficients, in which the axial compressive strength and bending strength are determined, and the lateral stiffness lengths can also be examined under the title of Design Factors.
Click on the Steel tab in the ribbon menu .
Open the Steel list in the Design section and click the Beam command.
The Steel Beams window opens.
Steel Beams are listed in this window and the PMM ratio, loading combination deflection values used in the design are shown.
Select any beam from the Steel Beams window and click the Details command.
Section properties, material properties, forces & moments, axial force and biaxial bending control values of the opened window steel column beam can be examined.
In addition, the K coefficients, in which the axial compressive strength and bending strength are determined, and the lateral stiffness lengths can also be examined under the title of Design VariablesFactors.
Similarly, other steel element results can be viewed using the commands under the Steel list.