It is essential to monitor and to diagnose faults in rotating machinery with a high thrust–
weight ratio and complex structure for a variety of industrial applications, for which reliable …

Most gas turbine performance analysis based diagnostic methods use the information from
steady state measurements. Unfortunately, steady state measurement may not be obtained …

Prompt detection of incipient faults and accurate monitoring of engine deterioration are key
aspects for ensuring safe operations and planning a timely maintenance. Modern computing …

Gas turbine fault identification has been used worldwide in many aero and land engines.
Model based techniques have improved isolation of faults in components and stages' fault …

To improve gas turbine reliability and availability and prolong service life while reducing
operation and maintenance costs, many gas path diagnostic methods based on steady state …

Gas turbines are faced with new challenges of increasing flexibility in their operation while
reducing their life cycle costs, leading to new research priorities and challenges. One of …

Supervision of performance in gas turbine applications is important in order to achieve:(i)
reliable operations,(ii) low heat stress in components,(iii) low fuel consumption, and (iv) …

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

Reliable methods for diagnosing faults and detecting degraded performance in gas turbine
engines are continually being sought. In this paper, a model-based technique is applied to …

To ensure reliable and efficient operation of gas turbines, multiple model (MM) approaches
have been extensively studied for online fault detection and isolation (FDI). However, current …