Electric motors find widespread application across various industrial fields. The pursuit of
enhanced comprehensive electric motors performance has consistently drawn significant …

In this article we present the optimal method of controlling and supplying a BLDC motor
under static load, proposed and implemented as a result of the research. A research …

The applications of electric bikes (e-bikes) as the alternative vehicles are growing
significantly in recent years. Brushless Direct Current (BLDC) motor is an essential …

BrushLess Direct-Current (BLDC) motors are characterized by high efficiency and reliability
due to the fact that the BLDC motor does not require power to the rotor. The rotor of the …

A novel attempt to employ moth swarm algorithm (MSA) to generate the optimal gains of a
proportional–integral (PI) speed controller of brushless DC (BLDC) motor is addressed to …

This paper's goal is to use a proportional integral derivative controller and an artificial neural
network controller (ANNC) to control the speed of a BLDC motor. The outcomes of the …

Permanent magnet BLDC machines are being considered for wide range of applications
due to their numerous advantages. Developing stable drives meeting the application …

In this paper, a dynamic optimization self-adaptive controller for a four-wheel independent
drive electric rover has been investigated to enhance the dynamic stability. The proposed …

The research on medical device maintenance presented in this article is based on the
definition of several maintenance strategies. Their main characteristics, advantages and …

In this article, we have focused on some aspects of maintenance, and we have calculated
the quantitative reliability indicators for different maintenance strategies. For this purpose …