Fault detection and diagnosis can improve safety and reliability of gas turbines. Current
studies on gas turbine fault detection and diagnosis mainly focus on the case of abundant …

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

Gas turbines are widely used in natural gas-fired power generation and long-distance
natural gas pipelines. The complexity and diversity of boundary conditions usually have a …

Aeroengine, served by gas turbine, is a highly sophisticated system. It is a hard task to
analyze the location and cause of gas‐path faults by computational‐fluid‐dynamics software …

Severe working environments cause gas turbines to break down, which can directly affect
their performance. Research on the diagnostic methods for gas turbine faults, such as, gas …

Gas turbine engines are complex mechanical marvels widely employed in diverse
applications such as marine vessels, aircraft, power generation, and pumping facilities …

There are many challenges against an accurate gas turbine fault diagnostics, such as the
nonlinearity of the engine health, the measurement uncertainty, and the occurrence of …

Purpose The increasing complexity of industrial systems is at the heart of the development of
many fault diagnosis methods. The artificial neural networks (ANNs), which are part of these …

Data-driven algorithms require large and comprehensive training samples in order to
provide reliable diagnostic solutions. However, in many gas turbine applications, it is hard to …

Advanced engine health monitoring and diagnostic systems greatly benefit users helping
them avoid potentially expensive and time-consuming repairs by proactively identifying …