The discussion centers around the measurement of inertia, specifically why it is expressed in meters to the fourth power. Participants explore the relationship between inertia and geometric moments, as well as the implications of using area in calculations.
Participants do not appear to reach a consensus on the interpretation of inertia and static moments, with multiple viewpoints and questions remaining unresolved.
Some limitations include potential confusion regarding the definitions of static moments and the mathematical expressions involved in calculating inertia. There is also a language barrier affecting comprehension of certain references.
You are doing the same operation that you are doing for the "classical inertia moment", mass x distance^2 (Kg m^2), but instead of the mass you are using the area. the logical explanation is that when you are calculating a some sort of geometrical moments you are, always, multiplying a quantity x distance^2 .Marco884 said:
