Thermodynamic systems play an inestimable role in engineering applications. With the
rising demands for information and automation in operation and maintenance in …

The gradual degradation of gas turbine components is an inevitable result of engine
operation, impacting engine availability, reliability, and operating cost. Gas path analysis …

Failures in power plants can lead to significant power interruptions and economic losses.
Prognostics and Health Management (PHM) serves as a predictive maintenance technique …

This paper describes the design and implementation of intelligent dynamic models for fault
detection and isolation of V94. 2 (5)/MGT-70 (2) single-axis heavy-duty gas turbine system …

Modern industry requires the development of new monitoring and diagnostic procedures,
which enable the detection, localization, and isolation of faults. For sustainable solutions in …

In the study presented in this paper, the deterioration in the performance of an industrial gas
turbine during the operation design point was simulated by using the thermodynamic …

The extreme operating environment of the combined heat and power (CHP) engine is likely
to cause anomalies and defects, which can lead to engine failure; thus, detecting engine …

A degradation modeling method of marine gas turbines for the overhaul cycle is proposed to
address the problem of insufficient data sets for fault diagnosis and trend prediction …

In this study, an efficient strategy for fault detection and isolation (FDI) of an Industrial Gas
Turbine is introduced based on ensemble learning methods. Four independent Wiener …

A significant quantity of sensors distributed throughout the natural gas pipeline is
susceptible to errors. Timely diagnosis of sensor faults in such scenarios holds great …