Calculatoin and experimental study of the retracting force for magnetic spring of two types

TL;DR

This paper proposes two magnetic spring designs, develops calculation methods for their retracting forces, and experimentally verifies the formulas, demonstrating how to tailor force characteristics for specific applications.

Contribution

Introduces new magnetic spring designs with calculable and adjustable force characteristics, supported by experimental validation of the formulas.

Findings

Theoretical formulas accurately predict retracting forces.

Experimental data align well with calculations.

Force characteristics can be customized for specific needs.

Abstract

Designs for magnetic springs of two types have been proposed, and the methods of calculation of their retracting forces have been developed. Formulas are obtained for the retracting force in the main section of spring force characteristics. Experimental data are in good agreement with the results of theoretical calculations. The force characteristics of the proposed magnetic spring constructions can be varied for a specific application. The derived formulas are verified experimentally. Ways to change the force characteristics of magnetic springs according to specific requirements are demonstrated.