Incipient faults almost occur gradually at a low rate in systems and usually are unnoticeable
during their early stages. If diagnostic tools or proper monitoring systems ignore them, they …

Wind turbine technology is pursuing the maturation using advanced multi-megawatt
machinery equipped by powerful monitoring systems. In this work, a multichannel …

Pitch system is an essential subsystem of a wind turbine, which is to efficiently capture and
maximize the utilization of wind energy by controlling the rotation of the blades. Its safety and …

In this paper, the mechanism for estimation of the sensor and actuator faulty control problem
for the class of nonlinear systems is investigated. First, we transformed the nonlinear system …

This article is concerned with suppression of nonlinear forced vibration of a single-wall
carbon nanotube conveying fluid based on the nonlocal elasticity theory and Euler …

To achieve accurate position control of electro-hydraulic asymmetric cylinder system with
only available displacement signal, an output feedback controller is proposed in this paper …

This article proposes a novel output synchronization control strategy for a class of multi‐
actuator system with strict‐feedback form. High‐order sliding mode observer is utilized to …

In this work, we investigate the problem of control for nonlinear systems represented by
Takagi-Sugeno (TS) fuzzy models affected by both sensor and actuator faults subject to an …

This paper provides finite time estimation of wind turbine actuator faults and unknown
aerodynamic load. Furthermore, finite-time state estimation of drivetrain, generator, and pitch …

A fault diagnosis solution is proposed in this article for the uncertainty and external
disturbance problems in the main drive system of a rolling mill based on analytical …