Fault diagnosis plays a significant role in conducting condition-based maintenance and
health management for gas turbines (GTs) to improve reliability and reduce costs. Various …

Sensors are the primary information source of the aeroengine control system, their
measurement accuracy is closely related to whether the engine can operate safely and …

Improving the efficacy and dependability of aeroengines requires timely and effective sensor
fault diagnosis. Deep learning-based fault diagnosis method is a current research hotspot …

This paper proposes a dynamic health monitoring method for aero-engines by extracting
more hidden information from the raw values of gas-path parameters based on slow feature …

In this paper, the problem of fault-tolerant control is investigated for turbofan engines with
actuator faults. The controller involvement has repressed the effects of actuator faults on the …

Actuator faults can be critical in turbofan engines as they can lead to stall, surge, loss of
thrust and failure of speed control. Thus, fault diagnosis of gas turbine actuators has …

Integrating the motor and driver into the confined space of an underwater thruster's sealed
shell can lead to current sensor failures, primarily due to high temperatures, pressures, and …

This paper proposed a prediction algorithm for the degraded actuator taking into account the
impact of estimation error of hidden index in the closed-loop system. To this end, a unified …

This study investigates the problem of fault diagnosis observer design in the finite frequency
domain for discrete‐time Lipschitz nonlinear systems simultaneously subjected to actuator …

This paper studies sensor and actuator fault diagnosis for a class of linear time-invariant
(LTI) industrial control systems. Based on the dynamic model obtained using system …