It would help to have a coordinate triad so we can refer to directions. I will assume that the disk is in the X-Y plane and rotates about the Z axis.
Create 3 Static Structural analyses.
The first analysis computes the effect of the angular velocity. Assign a Rotational Velocity using the maximum angular velocity the disk will achieve. (Omega)
The second analysis has a Standard Earth Gravity in the X axis (1G-X)
The third analysis has a Standard Earth Gravity in the Y axis (1G-Y)
Use a Solution Combination where alpha is the angle of rotation to add sine(alpha)*1G-X and cosine(alpha)*1G-Y and add the Omega solution. You might want to create 24 rows of Solution combinations to capture the effect of gravity in 15 degree increments.
You are navigating away from the AIS Discovery experience