A novel dynamic balancing scheme for automobile starting motor armatures

Abstract

This paper is to develop a dynamic balancing system for automobile starting motor armatures. In this study, a genuine idea that calculates the parameters in the influence coefficient matrix based on the adaptive parameter estimate technique was proposed. With this idea, the influence coefficient matrix can be tuned on-line to be adaptive to worn conditions of the milling machine. A series of experiments have been carried out on various field armatures of automobile starting motor to show the feasibility and performance of the proposed scheme.