Improving the operational mechanism of stepper motor, single period induction motor and reluctance motor using fuzzy based system

Abstract

Some industries have reduced their production capacity as a result of poor performance of stepper motor, single phase induction motor and reluctance motor. This was outwitted by introducing improving the operational mechanism of stepper motor, single period induction motor and reluctance motor using fuzzy based system. This was achieved in this manner, characterizing and establishing the causes of inadequate principle of operations and construction of stepper motor, single phase induction motor and reluctance motor, designing fuzzy rule base that will minimize the causes of inadequate principle of operations and construction of stepper motor, single phase induction motor and reluctance motor, developing an algorithm that will implement the process, designing a SIMULINK model for improving principle of operations and construction of stepper motor, single phase induction motor and reluctance motor using fuzzy based system and validating and justifying the percentage improvement in the reduction of  the causes of inadequate principle of operations and construction of stepper motor, single phase induction motor and reluctance motor. The results obtained were the conventional material quality causes of inadequate principle of operations and construction of stepper motor, the conventional manufacturing defects causes of inadequate principle of operations and construction of stepper motor, single phase induction motor and reluctance motor was 10%. Meanwhile, when Fuzzy based system was imbibed in the system, it drastically reduced it to 8.7%. Finally, the percentage improvement in principle of operations and construction of stepper motor, single phase induction motor and reluctance motor was 1.3%. single phase induction motor and reluctance motor was 25%. On the other hand, when Fuzzy based system was incorporated in the system, it automatically reduced it to 21.7%.