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Corrected mathematical models for inertial torques generated by a spinning sphere
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The recent publications about inertial torques acting on spinning objects describe their physics by mathematical models. The several inertial torques are generated by the rotating mass which produces centrifugal, Coriolis forces, and the change in the angular momentum. The values of the inertial torques depend on the geometries of the spinning objects. The volumetric geometries of the objects request complex analytical processing of the expressions for the inertial torques. The analysis of the known publication related to the spinning sphere shows the expressions of inertial torques derived from errors in the mathematical processing of integral equations. The wrong limits of the integral equations that give incorrect values for the inertial torques of the spinning sphere present these errors. This manuscript presents the corrected mathematical model for the inertial torques generated by the rotating mass of the spinning solid and hollow sphere.
MedCrave Group Kft.
Title: Corrected mathematical models for inertial torques generated by a spinning sphere
Description:
The recent publications about inertial torques acting on spinning objects describe their physics by mathematical models.
The several inertial torques are generated by the rotating mass which produces centrifugal, Coriolis forces, and the change in the angular momentum.
The values of the inertial torques depend on the geometries of the spinning objects.
The volumetric geometries of the objects request complex analytical processing of the expressions for the inertial torques.
The analysis of the known publication related to the spinning sphere shows the expressions of inertial torques derived from errors in the mathematical processing of integral equations.
The wrong limits of the integral equations that give incorrect values for the inertial torques of the spinning sphere present these errors.
This manuscript presents the corrected mathematical model for the inertial torques generated by the rotating mass of the spinning solid and hollow sphere.
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