The motors of the Unmanned Aerial Vehicle are critical parts, especially when used in
applications such as military and defense systems. The fact that the brushless DC (BLDC) …

In this study, a lightweight method has been proposed for the early detection of faults in UAV
motors. To test our method, balance, magnet, propeller, and bearing failure have been …

We propose an unmanned aerial vehicle (UAV) failure detection system as the first step of a
three-step autonomous emergency landing safety framework for UAVs. We showed the …

Although brushless DC motors have been preferably used in wide industrial applications on
the basis of superior properties and stable operation, the stability of brushless DC motors is …

A Misfire event is an unwanted phenomenon that compromises the regular operation of the
engine, increasing the pollution of emission gases and decreasing its efficiency. Therefore …

In this article, a fault detection method based on chaos is proposed for doubly fed induction
generator (DFIG). First, the nonlinear differential equation of the DFIG is established by the …

The three-phase induction motor (TIM) is present in most industrial processes, being the
main responsible for the electromechanical conversion in the sector. The total breakdown of …

In this work, the sensorless speed control of a brushless direct current motor utilizing a
neural network is presented. This control is done using a two-layer neural network that uses …

Multi rotor unmanned aerial vehicles (UAVs) are extensively utilized across various
domains, and the motor constitutes a pivotal element in the UAV power system. The majority …

This letter proposes an approach for estimating the loss of effectiveness of UAV actuators
while also considering the presence of aerodynamic effects, most specifically those …