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For example, if a company has an internal calculation method to determine an increase in elbow bending stiffness due to a trunnion attachment, users can assign an increased scale factor to the elbow moments of inertia without having to change stiffness in other directions.
The weight and mass of elbow, tee, and reducer fittings may be heavier than the default calculated weight which assumes that the fitting thickness is the same as the connected piping. Using property modifiers, users can select fittings then assign some percentage multiplier to increase the weight and mass of those fittings.
When modeling composite stiffness of refractory piping, users may want to increase stiffness in the axial direction, but may not want to rely on an increased composite stiffness in bending directions.
Property modifiers may also be used to define rigid zero weight elements for modeling purposes by amplifying stiffness values while zeroing mass and weight values..
