axial moment of inertia

axial moment of inertia

[′ak·sē·əl ′mō·mənt əv in′ər·shə]
(mechanics)
For any object rotating about an axis, the sum of its component masses times the square of the distance to the axis.
References in periodicals archive ?
assuming C to be constant, where C is the axial moment of inertia of the Earth and its present value is ([C.
J represents the mass axial moment of inertia for the cylinder in relation with geometrical and mechanical symmetrical axis (the two cylinders are considered perfect homogenous).
The mass axial moment of inertia of the cylinder in relation with geometric and mechanic symmetrical axis J is: